| Package | Description |
|---|---|
| net.i2p.client.datagram |
Provides a standard way for reading and writing messages transferred over I2P so that recipient has an authenticated mechanism to reply to it.
|
| net.i2p.crypto |
Core cryptographic primitives and algorithms used throughout I2P.
|
| net.i2p.data |
These classes define the common data structures used by the various I2P protocols.
|
| net.i2p.data.i2cp |
The Invisible Internet Client Protocol (I2CP) allows applications simplified access to I2P network without requiring them to deal with the issues involved with the Invisible Internet Network Protocol (I2NP).
|
| net.i2p.data.i2np |
This package defines the low-level messages sent between routers,
called Invisible Internet Network Protocol (I2NP).
|
| net.i2p.data.router |
Router-specific data structures and identity management classes for I2P.
|
| net.i2p.i2ptunnel |
Implementation of preconfigured tunnels for both clients and servers, with a comprehensive UI for tunnel management and configuration.
|
| net.i2p.router.crypto |
Router-specific cryptographic operations and implementations for I2P security.
|
| net.i2p.router.crypto.ratchet |
Implementation of ECIES-X25519-AEAD-Ratchet cryptographic protocol
(I2P proposal 144), providing forward secrecy and enhanced security
for I2P transport communications.
|
| net.i2p.router.message |
Garlic message creation, parsing, and source routing for I2P communications.
|
| net.i2p.router.naming |
The default naming service implementation for the I2P router, using the
BlockfileNamingService based on the Metanotion BlockFile Database.
|
| net.i2p.router.startup |
The I2P startup package loads configuration when I2P is started.
|
| net.i2p.router.transport.ntcp |
The NTCP (New TCP) transport for I2P, allowing I2P messages to be passed
over TCP connections.
|
| net.i2p.router.transport.udp |
The UDP transport (also known as 'SSU' or Secure Semi-reliable UDP transport)
for I2P, allowing I2P messages to be passed over UDP connections.
|
| net.i2p.sam |
The SAM (Simple Anonymous Messaging) client API.
|
| org.klomp.snark.dht |
Distributed Hash Table (DHT) implementation for BitTorrent.
|
| Modifier and Type | Method and Description |
|---|---|
static Datagram2 |
Datagram2.load(I2PAppContext ctx,
I2PSession session,
byte[] dgram)
Load an I2P repliable datagram and verify the signature.
|
static Datagram3 |
Datagram3.load(I2PAppContext ctx,
I2PSession session,
byte[] dgram)
Load an I2P repliable datagram3.
|
void |
I2PDatagramDissector.loadI2PDatagram(byte[] dgram)
Load an I2P repliable datagram into the dissector.
|
static byte[] |
Datagram3.make(I2PAppContext ctx,
I2PSession session,
byte[] payload)
Make a repliable I2P datagram3 containing the specified payload.
|
static byte[] |
Datagram2.make(I2PAppContext ctx,
I2PSession session,
byte[] payload,
Hash tohash)
Make a repliable I2P datagram2 containing the specified payload.
|
static byte[] |
Datagram2.make(I2PAppContext ctx,
I2PSession session,
byte[] payload,
Hash tohash,
Properties options)
Make a repliable I2P datagram2 containing the specified payload.
|
static byte[] |
Datagram3.make(I2PAppContext ctx,
I2PSession session,
byte[] payload,
Properties options)
Make a repliable I2P datagram3 containing the specified payload.
|
| Modifier and Type | Method and Description |
|---|---|
void |
SHA1Hash.readBytes(InputStream in) |
| Modifier and Type | Method and Description |
|---|---|
static Certificate |
Certificate.create(byte[] data,
int off)
If null, P256 key, or Ed25519 key cert, return immutable static instance, else create new
|
static Certificate |
Certificate.create(InputStream in)
If null, P256 key, or Ed25519 key cert, return immutable static instance, else create new
|
static Destination |
Destination.create(InputStream in)
Pull from cache or return new
|
Destination |
PrivateKeyFile.createIfAbsent()
Create with the default signature type if nonexistent.
|
Destination |
PrivateKeyFile.createIfAbsent(SigType type)
Create with the specified signature type if nonexistent.
|
void |
DataStructureImpl.fromBase64(String data) |
void |
SimpleDataStructure.fromBase64(String data)
Sets the data.
|
void |
DataStructure.fromBase64(String data)
Load the structure from the provided base64 string.
|
void |
DateAndFlags.fromByteArray(byte[] data)
Overridden for efficiency.
|
void |
DataStructureImpl.fromByteArray(byte[] data) |
void |
SimpleDataStructure.fromByteArray(byte[] data)
Does the same thing as setData() but null not allowed.
|
void |
DataStructure.fromByteArray(byte[] data)
Load's structure from the data provided
Warning - many classes will throw IllegalStateException if data is already set.
|
static Date |
DataHelper.fromDate(byte[] src,
int offset) |
static int |
DataHelper.fromProperties(byte[] source,
int offset,
Properties target)
Reads the props from the byte array and puts them in the Properties target
See readProperties() for the format.
|
protected abstract byte[] |
DatabaseEntry.getBytes()
Returns the raw payload data, excluding the signature, to be signed by sign().
|
Destination |
PrivateKeyFile.getDestination()
If the destination is not set, read it in from the file.
|
int |
Certificate.readBytes(byte[] source,
int offset)
Reads the certificate from the source array.
|
int |
Destination.readBytes(byte[] source,
int offset)
Deprecated.
This method does not support alternate key types.
|
void |
DateAndFlags.readBytes(InputStream in) |
void |
Lease2.readBytes(InputStream in) |
void |
TunnelId.readBytes(InputStream in) |
void |
LeaseSet.readBytes(InputStream in)
This does NOT validate the signature
|
void |
Certificate.readBytes(InputStream in) |
void |
Payload.readBytes(InputStream in) |
void |
Lease.readBytes(InputStream in) |
void |
MetaLease.readBytes(InputStream in) |
void |
EncryptedLeaseSet.readBytes(InputStream in)
This does NOT validate the signature
|
void |
SimpleDataStructure.readBytes(InputStream in)
Sets the data.
|
void |
MetaLeaseSet.readBytes(InputStream in)
This does NOT validate the signature
|
void |
DataStructure.readBytes(InputStream in)
Load up the current object with data from the given stream.
|
void |
Hash.readBytes(InputStream in) |
void |
KeysAndCert.readBytes(InputStream in) |
void |
LeaseSet2.readBytes(InputStream in)
This does NOT validate the signature
|
static Date |
DataHelper.readDate(InputStream in)
Read in a date from the stream as specified by the I2P data structure spec.
|
protected void |
EncryptedLeaseSet.readHeader(InputStream in)
Overridden because we have a blinded key, not a dest
|
protected void |
LeaseSet2.readHeader(InputStream in) |
static long |
DataHelper.readLong(InputStream rawStream,
int numBytes)
Read the stream for an integer as defined by the I2P data structure specification.
|
protected void |
EncryptedLeaseSet.readOfflineBytes(InputStream in)
Overridden because we have a blinded key, not a dest
|
protected void |
LeaseSet2.readOfflineBytes(InputStream in) |
static Properties |
DataHelper.readProperties(InputStream rawStream)
Read a mapping from the stream, as defined by the I2P data structure spec,
and store it into a Properties object.
|
static Properties |
DataHelper.readProperties(InputStream rawStream,
Properties props)
Ditto, load into an existing properties
As of 0.9.18, throws DataFormatException on duplicate key
Does NOT enforce key ordering.
|
static Properties |
DataHelper.readProperties(InputStream rawStream,
Properties props,
boolean enforceOrder)
Ditto, load into an existing properties
As of 0.9.18, throws DataFormatException on duplicate key
|
static String |
DataHelper.readString(InputStream in)
Read in a string from the stream as specified by the I2P data structure spec.
|
void |
DatabaseEntry.sign(SigningPrivateKey key)
Sign the structure using the supplied signing key
|
void |
EncryptedLeaseSet.sign(SigningPrivateKey key)
Sign the structure using the supplied signing key.
|
void |
LeaseSet2.sign(SigningPrivateKey key)
Sign the structure using the supplied signing key.
|
void |
EncryptedLeaseSet.sign(SigningPrivateKey key,
int authType,
List<? extends SimpleDataStructure> clientKeys)
Sign the structure using the supplied signing key.
|
KeyCertificate |
Certificate.toKeyCertificate()
Up-convert this to a KeyCertificate
|
static int |
DataHelper.toProperties(byte[] target,
int offset,
Properties props) |
static byte[] |
DataHelper.toProperties(Properties opts)
Writes the props to returned byte array, not sorted
(unless the opts param is an OrderedProperties)
Strings will be UTF-8 encoded in the byte array.
|
void |
PrivateKeyFile.write()
Copied from I2PClientImpl.createDestination()
|
protected void |
LeaseSet2.writeBody(OutputStream out)
Without sig.
|
void |
DateAndFlags.writeBytes(OutputStream out) |
void |
Lease2.writeBytes(OutputStream out) |
void |
TunnelId.writeBytes(OutputStream out) |
void |
LeaseSet.writeBytes(OutputStream out)
This does NOT validate the signature
|
void |
Certificate.writeBytes(OutputStream out) |
void |
Payload.writeBytes(OutputStream out) |
void |
Lease.writeBytes(OutputStream out) |
void |
MetaLease.writeBytes(OutputStream out) |
void |
SimpleDataStructure.writeBytes(OutputStream out) |
void |
DataStructure.writeBytes(OutputStream out)
Write out the data structure to the stream, using the format defined in the
I2P data structure specification.
|
void |
KeysAndCert.writeBytes(OutputStream out) |
void |
LeaseSet2.writeBytes(OutputStream out)
Including sig.
|
protected void |
EncryptedLeaseSet.writeBytesWithoutSig(OutputStream out)
Before encrypt() is called, the inner leaseset.
|
protected void |
MetaLeaseSet.writeBytesWithoutSig(OutputStream out)
Without sig.
|
protected void |
LeaseSet2.writeBytesWithoutSig(OutputStream out)
Without sig.
|
static void |
DataHelper.writeDate(OutputStream out,
Date date)
Write out a date to the stream as specified by the I2P data structure spec.
|
protected void |
EncryptedLeaseSet.writeHeader(OutputStream out)
Overridden because we have a blinded key, not a dest
|
protected void |
LeaseSet2.writeHeader(OutputStream out) |
static void |
DataHelper.writeLong(OutputStream rawStream,
int numBytes,
long value)
Write an integer as defined by the I2P data structure specification to the stream.
|
protected void |
EncryptedLeaseSet.writeOfflineBytes(OutputStream out)
Overridden because we have a blinded key, not a dest
|
protected void |
LeaseSet2.writeOfflineBytes(OutputStream out) |
static void |
DataHelper.writeProperties(OutputStream rawStream,
Properties props)
Write a mapping to the stream, as defined by the I2P data structure spec,
and store it into a Properties object.
|
static void |
DataHelper.writeProperties(OutputStream rawStream,
Properties props,
boolean utf8)
Writes the props to the stream, sorted by property name.
|
static void |
DataHelper.writeProperties(OutputStream rawStream,
Properties props,
boolean utf8,
boolean sort)
Writes the props to the stream, sorted by property name if sort == true or
if props is an OrderedProperties.
|
static void |
DataHelper.writeString(OutputStream out,
String string)
Write out a string to the stream as specified by the I2P data structure spec.
|
static void |
DataHelper.writeStringUTF8(OutputStream out,
String string)
Write out a string to the stream as specified by the I2P data structure spec.
|
(package private) void |
SigningPublicKey.writeTruncatedBytes(OutputStream out)
Write the data up to a max of 128 bytes.
|
| Constructor and Description |
|---|
Destination(String s)
alternative constructor which takes a base64 string representation
|
KeyCertificate(byte[] payload) |
KeyCertificate(Certificate cert)
Up-convert a cert to this class
|
PrivateKey(String base64Data)
constructs from base64
|
PublicKey(String base64Data)
Constructs from base64.
|
SigningPrivateKey(String base64Data)
constructs from base64
|
SigningPublicKey(String base64Data)
constructs from base64
|
VerifiedDestination(Destination d)
create from an existing Dest
|
VerifiedDestination(String s)
alternative constructor which takes a base64 string representation
|
| Modifier and Type | Method and Description |
|---|---|
void |
SessionId.readBytes(InputStream in)
Read the session ID from a stream.
|
void |
I2CPMessageImpl.readBytes(InputStream in) |
void |
SessionConfig.readBytes(InputStream rawConfig) |
void |
AbuseSeverity.readBytes(InputStream in) |
void |
AbuseReason.readBytes(InputStream in) |
void |
MessageId.readBytes(InputStream in) |
void |
SessionConfig.signSessionConfig(SigningPrivateKey signingKey)
Sign the structure using the supplied private key
|
void |
SessionId.writeBytes(OutputStream out) |
void |
I2CPMessageImpl.writeBytes(OutputStream out) |
void |
SessionConfig.writeBytes(OutputStream out) |
void |
AbuseSeverity.writeBytes(OutputStream out) |
void |
AbuseReason.writeBytes(OutputStream out) |
void |
MessageId.writeBytes(OutputStream out) |
| Modifier and Type | Method and Description |
|---|---|
static DeliveryInstructions |
DeliveryInstructions.create(byte[] data,
int offset)
Returns immutable local instructions, or new
|
int |
GarlicClove.readBytes(byte[] source,
int offset) |
int |
DeliveryInstructions.readBytes(byte[] data,
int offset) |
void |
GarlicClove.readBytesRatchet(byte[] source,
int offset,
int len)
Short format for ECIES-Ratchet, saves 22 bytes.
|
| Constructor and Description |
|---|
BuildRequestRecord(RouterContext ctx,
PrivateKey ourKey,
EncryptedBuildRecord encryptedRecord)
Decrypts an encrypted build request record.
|
| Modifier and Type | Method and Description |
|---|---|
protected byte[] |
RouterInfo.getBytes()
Write out the raw payload of the routerInfo, excluding the signature.
|
RouterIdentity |
RouterPrivateKeyFile.getRouterIdentity()
Read it in from the file.
|
void |
RouterAddress.readBytes(InputStream in)
As of 0.9.3, expiration MUST be all zeros as it is ignored on
readin and the signature will fail.
|
void |
RouterInfo.readBytes(InputStream in)
This does NOT validate the signature
|
void |
RouterInfo.readBytes(InputStream in,
boolean verifySig)
If verifySig is true,
this validates the signature while reading in,
and throws a DataFormatException if the sig is invalid.
|
void |
RouterAddress.writeBytes(OutputStream out)
As of 0.9.3, expiration MUST be all zeros as it is ignored on
readin and the signature will fail.
|
void |
RouterInfo.writeBytes(OutputStream out)
This does NOT validate the signature
|
| Modifier and Type | Method and Description |
|---|---|
static Destination |
I2PTunnel.destFromName(String name)
Deprecated.
Don't use i2ptunnel for lookup! Use I2PAppContext.getGlobalContext().namingService().lookup(name) from i2p.jar
|
| Modifier and Type | Method and Description |
|---|---|
byte[] |
ElGamalAESEngine.decrypt(byte[] data,
PrivateKey targetPrivateKey)
Deprecated.
specify the key manager!
|
byte[] |
ElGamalAESEngine.decrypt(byte[] data,
PrivateKey targetPrivateKey,
SessionKeyManager keyManager)
Decrypt the message using the given private key
and using tags from the specified key manager.
|
(package private) byte[] |
ElGamalAESEngine.decryptAESBlock(byte[] encrypted,
int offset,
int encryptedLen,
SessionKey key,
byte[] iv,
byte[] sentTag,
Set<SessionTag> foundTags,
SessionKey foundKey)
private byte[] decryptAESBlock(byte encrypted[], SessionKey key, byte iv[],
byte sentTag[], Set foundTags, SessionKey foundKey) throws DataFormatException {
return decryptAESBlock(encrypted, 0, encrypted.length, key, iv, sentTag, foundTags, foundKey);
}
|
byte[] |
ElGamalAESEngine.decryptFast(byte[] data,
PrivateKey targetPrivateKey,
SessionKeyManager keyManager)
Tags only.
|
byte[] |
ElGamalAESEngine.decryptSlow(byte[] data,
PrivateKey targetPrivateKey,
SessionKeyManager keyManager)
Full ElG only.
|
| Modifier and Type | Method and Description |
|---|---|
CloveSet |
ECIESAEADEngine.decrypt(byte[] data,
PrivateKey ecKey,
PrivateKey pqKey,
MuxedPQSKM keyManager)
Try to decrypt the message with one or both of the given private keys
|
CloveSet |
MuxedPQEngine.decrypt(byte[] data,
PrivateKey ecKey,
PrivateKey pqKey,
MuxedPQSKM keyManager)
Decrypt the message with the given private keys
|
CloveSet |
MuxedEngine.decrypt(byte[] data,
PrivateKey elgKey,
PrivateKey ecKey,
MuxedSKM keyManager)
Decrypt the message with the given private keys
|
CloveSet |
ECIESAEADEngine.decrypt(byte[] data,
PrivateKey elgKey,
PrivateKey ecKey,
MuxedSKM keyManager)
Try to decrypt the message with one or both of the given private keys
|
CloveSet |
ECIESAEADEngine.decrypt(byte[] data,
PrivateKey targetPrivateKey,
RatchetSKM keyManager)
Decrypt the message using the given private key
and using tags from the specified key manager.
|
(package private) CloveSet |
ECIESAEADEngine.decryptFast(byte[] data,
PrivateKey targetPrivateKey,
RatchetSKM keyManager)
NSR/ES only.
|
(package private) CloveSet |
ECIESAEADEngine.decryptSlow(byte[] data,
PrivateKey targetPrivateKey,
RatchetSKM keyManager)
NS only.
|
void |
RatchetPayload.PayloadCallback.gotDateTime(long time) |
void |
RatchetPayload.PayloadCallback.gotOptions(byte[] options,
boolean isHandshake) |
static int |
RatchetPayload.processPayload(I2PAppContext ctx,
RatchetPayload.PayloadCallback cb,
byte[] payload,
int off,
int length,
boolean isHandshake)
Ratchet payload generation and parsing utilities supporting datetime, options, garlic, next key, acknowledgment, and padding blocks for ECIES+AEAD messages
|
| Modifier and Type | Method and Description |
|---|---|
CloveSet |
GarlicMessageParser.readCloveSet(byte[] data,
int offset)
ElGamal only
|
| Modifier and Type | Method and Description |
|---|---|
static Properties |
BlockfileNamingService.readProperties(ByteArrayInputStream in)
Same as DataHelper.readProperties, UTF-8, unsorted,
except that values may up to 4K bytes.
|
| Modifier and Type | Method and Description |
|---|---|
static LoadRouterInfoJob.KeyData |
LoadRouterInfoJob.readKeyData(File rkf1,
File rkf2) |
| Modifier and Type | Method and Description |
|---|---|
void |
NTCP2Payload.PayloadCallback.gotDateTime(long time) |
void |
NTCP2Payload.PayloadCallback.gotOptions(byte[] options,
boolean isHandshake) |
void |
InboundEstablishState.gotRI(RouterInfo ri,
boolean isHandshake,
boolean flood)
Validates Alice's RouterInfo and extracts the static key for comparison.
|
void |
NTCP2Payload.PayloadCallback.gotRI(RouterInfo ri,
boolean isHandshake,
boolean flood) |
static int |
NTCP2Payload.processPayload(I2PAppContext ctx,
NTCP2Payload.PayloadCallback cb,
byte[] payload,
int off,
int length,
boolean isHandshake)
Incoming payload.
|
| Constructor and Description |
|---|
NTCPConnection(RouterContext ctx,
NTCPTransport transport,
RouterIdentity remotePeer,
RouterAddress remAddr,
int version)
Create an outbound unconnected NTCP connection.
|
| Modifier and Type | Method and Description |
|---|---|
void |
SSU2Payload.PayloadCallback.gotDateTime(long time) |
void |
SSU2Payload.PayloadCallback.gotFragment(byte[] data,
int off,
int len,
long messageID,
int frag,
boolean isLast)
Data must be copied out in this method.
|
void |
OutboundEstablishState2.gotFragment(byte[] data,
int off,
int len,
long messageId,
int frag,
boolean isLast) |
void |
InboundEstablishState2.gotFragment(byte[] data,
int off,
int len,
long messageID,
int frag,
boolean isLast) |
void |
PeerState2.gotFragment(byte[] data,
int off,
int len,
long messageId,
int frag,
boolean isLast) |
void |
SSU2Payload.PayloadCallback.gotOptions(byte[] options,
boolean isHandshake) |
void |
SSU2Payload.PayloadCallback.gotRI(RouterInfo ri,
boolean isHandshake,
boolean flood) |
void |
OutboundEstablishState2.gotRI(RouterInfo ri,
boolean isHandshake,
boolean flood) |
void |
InboundEstablishState2.gotRI(RouterInfo ri,
boolean isHandshake,
boolean flood)
For most errors here we throw a RIException with a reason code,
which is caught in processPayload() to create a PeerStateDestroyed
and send a termination with that reason.
|
void |
PeerState2.gotRI(RouterInfo ri,
boolean isHandshake,
boolean flood) |
static int |
SSU2Payload.processPayload(I2PAppContext ctx,
SSU2Payload.PayloadCallback cb,
byte[] payload,
int off,
int length,
boolean isHandshake,
RemoteHostId from)
Incoming payload.
|
boolean |
InboundMessageState.receiveFragment(byte[] data,
int off,
int len,
int fragmentNum,
boolean isLast)
Receives and stores a fragment.
|
| Constructor and Description |
|---|
InboundMessageState(RouterContext ctx,
long messageId,
Hash from,
byte[] data,
int off,
int len,
int fragmentNum,
boolean isLast)
Constructs and initializes by receiving one fragment.
|
| Modifier and Type | Method and Description |
|---|---|
boolean |
SAMv2StreamSession.connect(int id,
String dest,
Properties props)
Connect the SAM STREAM session to the specified Destination
|
boolean |
SAMStreamSession.connect(int id,
String dest,
Properties props)
Connect the SAM STREAM session to the specified Destination
|
void |
SAMv3StreamSession.connect(SAMv3Handler handler,
String dest,
Properties props)
Connect the SAM STREAM session to the specified Destination
for a single connection, using the socket stolen from the handler.
|
static Destination |
SAMUtils.getDest(String s)
Resolve the destination from a key or a hostname
|
(package private) SAMStreamSession |
SAMv2Handler.newSAMStreamSession(String destKeystream,
String direction,
Properties props) |
abstract boolean |
SAMMessageSession.sendBytes(String dest,
byte[] data,
int proto,
int fromPort,
int toPort)
Send bytes through a SAM message-based session.
|
boolean |
SAMMessageSess.sendBytes(String dest,
byte[] data,
int proto,
int fromPort,
int toPort)
Send bytes through a SAM message-based session.
|
boolean |
SAMRawSession.sendBytes(String dest,
byte[] data,
int proto,
int fromPort,
int toPort)
Send bytes through a SAM RAW session.
|
boolean |
SAMDatagramSession.sendBytes(String dest,
byte[] data,
int proto,
int fromPort,
int toPort)
Send bytes through a SAM DATAGRAM session.
|
boolean |
SAMMessageSess.sendBytes(String dest,
byte[] data,
int proto,
int fromPort,
int toPort,
boolean sendLeaseSet,
int sendTags,
int tagThreshold,
int expiration)
Send bytes through a SAM message-based session.
|
boolean |
SAMRawSession.sendBytes(String dest,
byte[] data,
int proto,
int fromPort,
int toPort,
boolean sendLeaseSet,
int sendTags,
int tagThreshold,
int expiration)
Send bytes through a SAM RAW session.
|
boolean |
SAMDatagramSession.sendBytes(String dest,
byte[] data,
int proto,
int fromPort,
int toPort,
boolean sendLeaseSet,
int sendTags,
int tagThreshold,
int expiration)
Send bytes through a SAM DATAGRAM session.
|
protected boolean |
SAMMessageSession.sendBytesThroughMessageSession(String dest,
byte[] data,
int proto,
int fromPort,
int toPort)
Actually send bytes through the SAM message-based session I2PSession
(er...).
|
protected boolean |
SAMMessageSession.sendBytesThroughMessageSession(String dest,
byte[] data,
int proto,
int fromPort,
int toPort,
boolean sendLeaseSet,
int sendTags,
int tagThreshold,
int expiration)
Actually send bytes through the SAM message-based session I2PSession,
using per-message extended options.
|
| Constructor and Description |
|---|
MasterSession(String nick,
SAMv3DatagramServer dgServer,
SAMv3Handler handler,
Properties props)
Build a Session according to information
registered with the given nickname.
|
SAMDatagramSession(I2PSession sess,
Properties props,
int listenPort,
SAMDatagramReceiver recv)
Create a new SAM DATAGRAM session on an existing I2P session.
|
SAMDatagramSession(InputStream destStream,
Properties props,
SAMDatagramReceiver recv)
Create a new SAM DATAGRAM session.
|
SAMDatagramSession(String dest,
Properties props,
SAMDatagramReceiver recv)
Create a new SAM DATAGRAM session.
|
SAMMessageSession(I2PSession sess,
int listenProtocol,
int listenPort)
Initialize a new SAM message-based session using an existing I2PSession.
|
SAMMessageSession(InputStream destStream,
Properties props)
Initialize a new SAM message-based session.
|
SAMMessageSession(String dest,
Properties props)
Initialize a new SAM message-based session.
|
SAMRawSession(I2PSession sess,
Properties props,
int listenProtocol,
int listenPort,
SAMRawReceiver recv)
Create a new SAM RAW session on an existing I2P session.
|
SAMRawSession(InputStream destStream,
Properties props,
SAMRawReceiver recv)
Create a new SAM RAW session.
|
SAMRawSession(String dest,
Properties props,
SAMRawReceiver recv)
Create a new SAM RAW session.
|
SAMStreamSession(I2PSocketManager mgr,
Properties props,
SAMStreamReceiver recv,
int listenport)
Create a new SAM STREAM session on an existing socket manager.
|
SAMStreamSession(InputStream destStream,
String dir,
Properties props,
SAMStreamReceiver recv)
Create a new SAM STREAM session.
|
SAMStreamSession(String dest,
String dir,
Properties props,
SAMStreamReceiver recv)
Create a new SAM STREAM session.
|
SAMv2StreamSession(InputStream destStream,
String dir,
Properties props,
SAMStreamReceiver recv)
Create a new SAM STREAM session.
|
SAMv2StreamSession(String dest,
String dir,
Properties props,
SAMStreamReceiver recv)
Create a new SAM STREAM session.
|
SAMv3DatagramSession(String nick,
Properties props,
SAMv3Handler handler,
I2PSession isess,
int listenPort,
SAMv3DatagramServer dgServer)
Build a Datagram Session on an existing i2p session
registered with the given nickname
Caller MUST call start().
|
SAMv3DatagramSession(String nick,
SAMv3DatagramServer dgServer)
build a DatagramSession according to informations registered
with the given nickname
Caller MUST call start().
|
SAMv3RawSession(String nick,
Properties props,
SAMv3Handler handler,
I2PSession isess,
int listenProtocol,
int listenPort,
SAMv3DatagramServer dgServer)
Build a Raw Session on an existing i2p session
registered with the given nickname
Caller MUST call start().
|
SAMv3RawSession(String nick,
SAMv3DatagramServer dgServer)
Build a Raw Datagram Session according to information
registered with the given nickname
Caller MUST call start().
|
SAMv3StreamSession(String login)
Create a new SAM STREAM session, according to information
registered with the given nickname
Caller MUST call start().
|
SAMv3StreamSession(String login,
Properties props,
SAMv3Handler handler,
I2PSocketManager mgr,
int listenPort)
Build a Stream Session on an existing I2P session
registered with the given nickname
Caller MUST call start().
|
| Constructor and Description |
|---|
NodeInfo(String s)
Create from persistent storage string.
|