public static void updateTesterIntroducer(
long testerIntroducerID, D_TesterIntroducer testerIntroducer) {
String params[] = new String[net.ddp2p.common.table.tester_introducer.F_FIELDS];
params[net.ddp2p.common.table.tester_introducer.F_TESTER_LID] =
Util.getStringID(testerIntroducer.testerLID);
params[net.ddp2p.common.table.tester_introducer.F_INTRODUCER_PEER_LID] =
Util.getStringID(testerIntroducer.introducerPeerLID);
params[net.ddp2p.common.table.tester_introducer.F_SIGNATURE] =
Util.stringSignatureFromByte(testerIntroducer.signature);
params[net.ddp2p.common.table.tester_introducer.F_WEIGH] = testerIntroducer.weight;
params[net.ddp2p.common.table.tester_introducer.F_CREATION_DATE] =
Encoder.getGeneralizedTime(testerIntroducer.creation_date);
params[net.ddp2p.common.table.tester_introducer.F_TESTER_REJECTING_DATE] =
Encoder.getGeneralizedTime(testerIntroducer.testerRejectingDate);
params[net.ddp2p.common.table.tester_introducer.F_ATTACK_BY_INTRODUCER] =
Util.getString(testerIntroducer.attackByIntroducer);
// ID:
params[net.ddp2p.common.table.tester_introducer.F_ID] = Util.getStringID(testerIntroducerID);
try {
Application.db.update(
net.ddp2p.common.table.tester_introducer.TNAME,
net.ddp2p.common.table.tester_introducer._fields_tester_introducer_no_ID,
new String[] {net.ddp2p.common.table.tester_introducer.testerIntroducerID},
params,
DEBUG);
} catch (P2PDDSQLException e) {
e.printStackTrace();
}
}
@Override
public Encoder getEncoder() {
Encoder enc = getSignEncoder();
if (sender != null) enc.addToSequence(sender.getEncoder().setASN1Type(DD.TAG_AP1));
if (signature != null) enc.addToSequence(new Encoder(signature).setASN1Type(DD.TAG_AP2));
enc.setASN1Type(Encoder.CLASS_APPLICATION, Encoder.PC_CONSTRUCTED, getASN1Tag());
return enc;
}
public Encoder getSignatureEncoder() {
Encoder enc = new Encoder().initSequence();
// enc.addToSequence(new Encoder(introducerPeerGID));
enc.addToSequence(new Encoder(testerGID));
enc.addToSequence(new Encoder(weight));
enc.addToSequence(new Encoder(creation_date));
// enc.addToSequence(new Encoder(signature));
enc.setASN1Type(getASNType());
return enc;
}
public static void insertTesterIntroducerInfo(D_TesterIntroducer testerIntroducer) {
String params[] = new String[net.ddp2p.common.table.tester_introducer.F_FIELDS_NOID];
params[net.ddp2p.common.table.tester_introducer.F_TESTER_LID] =
Util.getStringID(testerIntroducer.testerLID);
params[net.ddp2p.common.table.tester_introducer.F_INTRODUCER_PEER_LID] =
Util.getStringID(testerIntroducer.introducerPeerLID);
params[net.ddp2p.common.table.tester_introducer.F_SIGNATURE] =
Util.stringSignatureFromByte(testerIntroducer.signature);
params[net.ddp2p.common.table.tester_introducer.F_WEIGH] = testerIntroducer.weight;
params[net.ddp2p.common.table.tester_introducer.F_CREATION_DATE] =
Encoder.getGeneralizedTime(testerIntroducer.creation_date);
// the following should be null!!
params[net.ddp2p.common.table.tester_introducer.F_TESTER_REJECTING_DATE] =
null; // Encoder.getGeneralizedTime(testerIntroducer.testerRejectingDate);
params[net.ddp2p.common.table.tester_introducer.F_ATTACK_BY_INTRODUCER] =
"0"; // Util.getString(testerIntroducer.attackByIntroducer);
// // ID:
// params[table.tester_introducer.F_ID] =
// Util.getStringID(testerIntroducer.testerIntroducerID);
try {
Application.db.insert(
net.ddp2p.common.table.tester_introducer.TNAME,
net.ddp2p.common.table.tester_introducer._fields_tester_introducer_no_ID,
params,
DEBUG);
} catch (P2PDDSQLException e) {
e.printStackTrace();
}
}
@Override
public Encoder getEncoder() {
return Encoder.getStringEncoder(getStrsArray(), Encoder.TAG_UTF8String)
.setASN1Type(getASN1Tag());
}
public void __run() throws P2PDDSQLException {
for (DD_SK_Entry d : ds.sk) {
try {
String params[] = new String[net.ddp2p.common.table.key.fields.length];
PK pk = d.key.getPK();
params[net.ddp2p.common.table.key.COL_SK] = Util.stringSignatureFromByte(d.key.encode());
params[net.ddp2p.common.table.key.COL_NAME] = d.name;
params[net.ddp2p.common.table.key.COL_TYPE] = d.type;
params[net.ddp2p.common.table.key.COL_CREATION_DATE] =
Encoder.getGeneralizedTime(d.creation);
params[net.ddp2p.common.table.key.COL_PK] = Util.stringSignatureFromByte(pk.encode());
params[net.ddp2p.common.table.key.COL_IDHASH] =
Util.getGIDhash((String) params[net.ddp2p.common.table.key.COL_PK]);
Application.db.insert(
net.ddp2p.common.table.key.TNAME, net.ddp2p.common.table.key.fields, params, DEBUG);
} catch (Exception e) {
String localized = "";
if (e.getLocalizedMessage() != null)
localized = "\n" + __("Error:") + e.getLocalizedMessage();
Application_GUI.warning(
__("Error saving key:") + d + localized + "\nError:" + e, __("Error saving key"));
e.printStackTrace();
}
}
/*
for (D_Peer p : ds.peer) {
if (DEBUG) System.out.println("WB_Messages: store: handle peer: "+p);
if (! p.verifySignature()) {
if (DEBUG) System.out.println("WB_Messages: store: failed signature for: "+p);
continue;
}
p.fillLocals(null, null);
if (DEBUG) System.out.println("WB_Messages: store: nou="+p);
D_Peer old = D_Peer.getPeerByGID_or_GIDhash(p.getGID(), null, true, true, true, ds.sender);
if (DEBUG) System.out.println("WB_Messages: store: old="+old);
if (old.loadRemote(p, null, null)) {
if (old.dirty_any()) {
old.setArrivalDate();
old.storeRequest();
config.Application_GUI.inform_arrival(old, null);
}
}
old.releaseReference();
}
*/
WB_Messages wm = new WB_Messages();
wm.peers.addAll(ds.peer);
if (ds.sender != null) wm.peers.add(0, ds.sender);
wm.orgs.addAll(ds.org);
wm.neig.addAll(ds.neigh);
wm.cons.addAll(ds.constit);
wm.witn.addAll(ds.witn);
wm.moti.addAll(ds.moti);
wm.just.addAll(ds.just);
wm.sign.addAll(ds.vote);
wm.news.addAll(ds.news);
wm.tran.addAll(ds.tran);
Hashtable<String, RequestData> missing_sr = new Hashtable<String, RequestData>();
Hashtable<String, RequestData> obtained_sr = new Hashtable<String, RequestData>();
HashSet<String> orgs = new HashSet<String>();
String dbg_msg = __("Importing manually!");
D_Peer myself = ds.sender; // data.HandlingMyself_Peer.get_myself_or_null();
WB_Messages.store(null, myself, wm, missing_sr, obtained_sr, orgs, dbg_msg);
}
/**
* sender has its own signature, so needs not be signed. Its PK has to match anyhow.
*
* @return
*/
public Encoder getSignEncoder() {
Encoder enc = new Encoder().initSequence();
enc.addToSequence(new Encoder(version).setASN1Type(DD.TAG_AP0));
if (sk.size() > 0) enc.addToSequence(Encoder.getEncoder(sk).setASN1Type(DD.TAG_AC0));
if (peer.size() > 0) enc.addToSequence(Encoder.getEncoder(peer).setASN1Type(DD.TAG_AC1));
if (org.size() > 0) enc.addToSequence(Encoder.getEncoder(org).setASN1Type(DD.TAG_AC2));
if (neigh.size() > 0) enc.addToSequence(Encoder.getEncoder(neigh).setASN1Type(DD.TAG_AC3));
if (constit.size() > 0) enc.addToSequence(Encoder.getEncoder(constit).setASN1Type(DD.TAG_AC4));
if (witn.size() > 0) enc.addToSequence(Encoder.getEncoder(witn).setASN1Type(DD.TAG_AC5));
if (moti.size() > 0) enc.addToSequence(Encoder.getEncoder(moti).setASN1Type(DD.TAG_AC6));
if (just.size() > 0) enc.addToSequence(Encoder.getEncoder(just).setASN1Type(DD.TAG_AC7));
if (vote.size() > 0) enc.addToSequence(Encoder.getEncoder(vote).setASN1Type(DD.TAG_AC8));
if (news.size() > 0) enc.addToSequence(Encoder.getEncoder(news).setASN1Type(DD.TAG_AC9));
if (tran.size() > 0) enc.addToSequence(Encoder.getEncoder(tran).setASN1Type(DD.TAG_AC10));
return enc;
}
