public I2PSessionConfig(I2PDestination dest, I2PMapping map, I2PDate date, I2PSigningPrivateKey privsignkey)
{
Destination = dest;
Map = map != null ? map : new I2PMapping();
Date = date != null ? date : new I2PDate(DateTime.Now);
PrivateSigningKey = privsignkey;
}
public I2PRouterAddress(BufRef buf)
{
Cost = buf.Read8();
Expiration = new I2PDate(buf);
TransportStyle = new I2PString(buf);
Options = new I2PMapping(buf);
}
public I2PLease(BufRef reader)
{
TunnelGw = new I2PIdentHash(reader);
TunnelId = new I2PTunnelId(reader);
EndDate = new I2PDate(reader);
}
public I2PRouterInfo(BufRef reader, bool verifysig)
{
var startview = new BufRef(reader);
Identity = new I2PRouterIdentity(reader);
PublishedDate = new I2PDate(reader);
int addrcount = reader.Read8();
var addresses = new List <I2PRouterAddress>();
for (int i = 0; i < addrcount; ++i)
{
addresses.Add(new I2PRouterAddress(reader));
}
Adresses = addresses.ToArray();
reader.Seek(reader.Read8() * 32); // peer_size. Unused.
Options = new I2PMapping(reader);
var payloadend = new BufRef(reader);
Data = new BufLen(startview, 0, reader - startview);
Signature = new I2PSignature(reader, Identity.Certificate);
if (verifysig)
{
var versig = VerifySignature();
if (!versig)
{
throw new InvalidOperationException("I2PRouterInfo signature check failed");
}
}
}
public I2PRouterInfo(
I2PRouterIdentity identity,
I2PDate publisheddate,
I2PRouterAddress[] adresses,
I2PMapping options,
I2PSigningPrivateKey privskey)
{
Identity = identity;
PublishedDate = publisheddate;
Adresses = adresses;
Options = options;
var dest = new List <byte>();
Identity.Write(dest);
PublishedDate.Write(dest);
dest.Add((byte)Adresses.Length);
foreach (var addr in Adresses)
{
addr.Write(dest);
}
dest.Add(0); // Always zero
Options.Write(dest);
Data = new BufLen(dest.ToArray());
Signature = new I2PSignature(new BufRefLen(I2PSignature.DoSign(privskey, Data)), privskey.Certificate);
}
public I2PLease(I2PIdentHash tunnelgw, I2PTunnelId tunnelid)
{
TunnelGw = tunnelgw;
TunnelId = tunnelid;
EndDate = new I2PDate(
DateTime.UtcNow
+ TimeSpan.FromSeconds(LeaseLifetime.ToSeconds));
}
public I2PLease(BufRef reader)
{
TunnelGw = new I2PIdentHash(reader);
TunnelId = new I2PTunnelId(reader);
EndDate = new I2PDate(reader);
//DebugUtils.Log( "EndDate: " + EndDate.ToString() );
}
public I2PRouterAddress(IPAddress addr, int port, byte cost, string transportstyle)
{
Cost = cost;
Expiration = I2PDate.Zero;
TransportStyle = new I2PString(transportstyle);
Options = new I2PMapping();
Options["host"] = addr.ToString();
Options["port"] = port.ToString();
}
public I2PSessionConfig(BufRef reader)
{
var start = new BufRefLen(reader);
Destination = new I2PDestination(reader);
Options = new I2PMapping(reader);
Date = new I2PDate(reader);
SignedBuf = new BufLen(start, 0, reader - start);
Signature = new I2PSignature(reader, Destination.Certificate);
}
public I2PDate(I2PDate date)
{
DateMilliseconds = date.DateMilliseconds;
}
public I2PLease(I2PIdentHash tunnelgw, I2PTunnelId tunnelid, I2PDate enddate)
{
TunnelGw = tunnelgw;
TunnelId = tunnelid;
EndDate = enddate;
}
