public void request(Session session, Channel channel) { Buffer buf=new Buffer(); Packet packet=new Packet(buf); bool reply=waitForReply(); if(reply) { channel.reply=-1; } packet.reset(); buf.putByte((byte)Session.SSH_MSG_CHANNEL_REQUEST); buf.putInt(channel.getRecipient()); buf.putString(Util.getBytes("subsystem")); buf.putByte((byte)(waitForReply() ? 1 : 0)); buf.putString(Util.getBytes("sftp")); session.write(packet); if(reply) { while(channel.reply==-1) { try{System.Threading.Thread.Sleep(10);} catch//(Exception ee) { } } if(channel.reply==0) { throw new JSchException("failed to send sftp request"); } } }
public void request(Session session, Channel channel) { Buffer buf = new Buffer(); Packet packet = new Packet(buf); bool reply = waitForReply(); if (reply) { channel.reply = -1; } packet.reset(); buf.putByte((byte)Session.SSH_MSG_CHANNEL_REQUEST); buf.putInt(channel.getRecipient()); buf.putString(new String("subsystem").getBytes()); buf.putByte((byte)(waitForReply() ? 1 : 0)); buf.putString(subsystem.getBytes()); session.write(packet); if (reply) { while (channel.reply == -1) { try{ Thread.sleep(10); } catch //(System.Exception ee) { } } if (channel.reply == 0) { throw new JSchException("failed to send subsystem request"); } } }
internal virtual void eof() { //System.Out.println("EOF!!!! "+this); //Thread.dumpStack(); if (_close) { return; } if (eof_local) { return; } eof_local = true; //close=eof; try { Buffer buf = new Buffer(100); Packet packet = new Packet(buf); packet.reset(); buf.putByte((byte)Session.SSH_MSG_CHANNEL_EOF); buf.putInt(getRecipient()); session.write(packet); } catch (Exception e) { //System.Out.println("Channel.eof"); //e.printStackTrace(); } /* * if(!isConnected()){ disconnect(); } */ }
public override void run() { //System.out.println(this+":run >"); /* * if(thread!=null){ return; } * thread=Thread.currentThread(); */ // Buffer buf=new Buffer(); Buffer buf = new Buffer(rmpsize); Packet packet = new Packet(buf); int i = -1; try { while (isConnected() && thread != null && io != null && io.ins != null) { i = io.ins.Read(buf.buffer, 14, buf.buffer.Length - 14 - 32 - 20 // padding and mac ); if (i == 0) { continue; } if (i == -1) { eof(); break; } if (_close) { break; } packet.reset(); buf.putByte((byte)Session.SSH_MSG_CHANNEL_DATA); buf.putInt(recipient); buf.putInt(i); buf.skip(i); session.write(packet, this, i); } } catch (Exception e) { Console.WriteLine("# ChannelExec.run"); Console.WriteLine(e); } if (thread != null) { //lock(thread){ System.Threading.Monitor.PulseAll(this);/*thread.notifyAll();*/ } } thread = null; //System.out.println(this+":run <"); }
public override void run() { // thread=Thread.currentThread(); //System.out.println("rmpsize: "+rmpsize+", lmpsize: "+lmpsize); Buffer buf = new Buffer(rmpsize); // Buffer buf=new Buffer(lmpsize); Packet packet = new Packet(buf); int i = 0; try { while (isConnected() && thread != null && io != null && io.ins != null) { i = io.ins.Read(buf.buffer, 14, buf.buffer.Length - 14 - 32 - 20 // padding and mac ); if (i <= 0) { eof(); break; } if (_close) { break; } packet.reset(); buf.putByte((byte)Session.SSH_MSG_CHANNEL_DATA); buf.putInt(recipient); buf.putInt(i); buf.skip(i); session.write(packet, this, i); } } catch { } disconnect(); //System.out.println("connect end"); /* * try{ * packet.reset(); * buf.putByte((byte)Session.SSH_MSG_CHANNEL_EOF); * buf.putInt(recipient); * session.write(packet); * } * catch(Exception e){ * } */ // close(); }
public virtual void connect() { if (!session.isConnected()) { throw new JSchException("session is down"); } try { Buffer buf = new Buffer(100); Packet packet = new Packet(buf); // send // byte SSH_MSG_CHANNEL_OPEN(90) // string channel type // // uint32 sender channel // 0 // uint32 initial window size // 0x100000(65536) // uint32 maxmum packet size // 0x4000(16384) packet.reset(); buf.putByte((byte)90); buf.putString(this.type); buf.putInt(this.id); buf.putInt(this.lwsize); buf.putInt(this.lmpsize); session.write(packet); int retry = 1000; while (this.getRecipient() == -1 && session.isConnected() && retry > 0) { try{ Thread.sleep(50); } catch (Exception ee) {} retry--; } if (!session.isConnected()) { throw new JSchException("session is down"); } if (retry == 0) { throw new JSchException("channel is not opened."); } connected = true; start(); } catch (Exception e) { connected = false; if (e is JSchException) { throw (JSchException)e; } } }
public override void init(Session session, byte[] V_S, byte[] V_C, byte[] I_S, byte[] I_C) { this.session = session; this.V_S = V_S; this.V_C = V_C; this.I_S = I_S; this.I_C = I_C; // sha=new SHA1(); // sha.init(); try { Type t = Type.GetType(session.getConfig("sha-1")); sha = (HASH)(Activator.CreateInstance(t)); sha.init(); } catch (Exception ee) { Console.WriteLine(ee); } buf = new Buffer(); packet = new Packet(buf); try { Type t = Type.GetType(session.getConfig("dh")); dh = (DH)(Activator.CreateInstance(t)); dh.init(); } catch (Exception ee) { Console.WriteLine(ee); } dh.setP(p); dh.setG(g); // The client responds with: // byte SSH_MSG_KEXDH_INIT(30) // mpint e <- g^x mod p // x is a random number (1 < x < (p-1)/2) e = dh.getE(); packet.reset(); buf.putByte((byte)SSH_MSG_KEXDH_INIT); buf.putMPInt(e); session.write(packet); state = SSH_MSG_KEXDH_REPLY; }
public void request(Session session, Channel channel) { Buffer buf=new Buffer(); Packet packet=new Packet(buf); packet.reset(); buf.putByte((byte) Session.SSH_MSG_CHANNEL_REQUEST); buf.putInt(channel.getRecipient()); buf.putString( Util.getBytes("signal")); buf.putByte((byte)(waitForReply() ? 1 : 0)); buf.putString(Util.getBytes(signal)); session.write(packet); }
public void request(Session session, Channel channel) { Buffer buf = new Buffer(); Packet packet = new Packet(buf); packet.reset(); buf.putByte((byte)Session.SSH_MSG_CHANNEL_REQUEST); buf.putInt(channel.getRecipient()); buf.putString(Util.getBytes("signal")); buf.putByte((byte)(waitForReply() ? 1 : 0)); buf.putString(Util.getBytes(signal)); session.write(packet); }
internal static void delPort(Session session, int rport) { lock (pool) { Object[] foo = null; for (int i = 0; i < pool.size(); i++) { Object[] bar = (Object[])(pool.elementAt(i)); if (bar[0] != session) { continue; } if (((Integer)bar[1]).intValue() != rport) { continue; } foo = bar; break; } if (foo == null) { return; } pool.removeElement(foo); } Buffer buf = new Buffer(100); // ?? Packet packet = new Packet(buf); try { // byte SSH_MSG_GLOBAL_REQUEST 80 // string "cancel-tcpip-forward" // boolean want_reply // string address_to_bind (e.g. "127.0.0.1") // uint32 port number to bind packet.reset(); buf.putByte((byte)80 /*SSH_MSG_GLOBAL_REQUEST*/); buf.putString(new Str("cancel-tcpip-forward").getBytes()); buf.putByte((byte)0); buf.putString(new Str("0.0.0.0").getBytes()); buf.putInt(rport); session.write(packet); } catch (Exception e) { // throw new JSchException(e.toString()); } }
//private byte[] f; public override void init(Session session, byte[] V_S, byte[] V_C, byte[] I_S, byte[] I_C) { this.session = session; this.V_S = V_S; this.V_C = V_C; this.I_S = I_S; this.I_C = I_C; // sha=new SHA1(); // sha.init(); try { Type t = Type.GetType(session.getConfig("sha-1")); sha = (HASH)(Activator.CreateInstance(t)); sha.init(); } catch (Exception e) { Console.WriteLine(e); } buf = new Buffer(); packet = new Packet(buf); try { Type t = Type.GetType(session.getConfig("dh")); dh = (DH)(Activator.CreateInstance(t)); dh.init(); } catch (Exception e) { Console.WriteLine(e); } packet.reset(); buf.putByte((byte)0x22); buf.putInt(min); buf.putInt(preferred); buf.putInt(max); session.write(packet); state = SSH_MSG_KEX_DH_GEX_GROUP; }
public void request(Session session, Channel channel) { Buffer buf=new Buffer(); Packet packet=new Packet(buf); // send // byte SSH_MSG_CHANNEL_REQUEST(98) // uint32 recipient channel // string request type // "shell" // boolean want reply // 0 packet.reset(); buf.putByte((byte) Session.SSH_MSG_CHANNEL_REQUEST); buf.putInt(channel.getRecipient()); buf.putString(Util.getBytes("shell")); buf.putByte((byte)(waitForReply() ? 1 : 0)); session.write(packet); }
public void request(Session session, Channel channel) { Buffer buf = new Buffer(); Packet packet = new Packet(buf); // send // byte SSH_MSG_CHANNEL_REQUEST(98) // uint32 recipient channel // string request type // "shell" // boolean want reply // 0 packet.reset(); buf.putByte((byte)Session.SSH_MSG_CHANNEL_REQUEST); buf.putInt(channel.getRecipient()); buf.putString(Util.getBytes("shell")); buf.putByte((byte)(waitForReply() ? 1 : 0)); session.write(packet); }
public void request(Session session, Channel channel) { Packet packet = session.packet; Buffer buf = session.buf; // send // byte SSH_MSG_CHANNEL_REQUEST(98) // uint32 recipient channel // string request type // "exec" // boolean want reply // 0 // string command packet.reset(); buf.putByte((byte)Session.SSH_MSG_CHANNEL_REQUEST); buf.putInt(channel.getRecipient()); buf.putString(new Str("exec").getBytes()); buf.putByte((byte)(waitForReply() ? 1 : 0)); buf.putString(new Str(command).getBytes()); session.write(packet); }
public override void run() { thread = Thread.currentThread(); Buffer buf = new Buffer(rmpsize); Packet packet = new Packet(buf); int i = 0; try { while (thread != null && io != null && io.ins != null) { i = io.ins.Read(buf.buffer, 14, buf.buffer.Length - 14 - 32 - 20 // padding and mac ); if (i <= 0) { eof(); break; } packet.reset(); if (_close) { break; } buf.putByte((byte)Session.SSH_MSG_CHANNEL_DATA); buf.putInt(recipient); buf.putInt(i); buf.skip(i); session.write(packet, this, i); } } catch (Exception e) { //System.out.println(e); } //thread=null; //eof(); disconnect(); }
public virtual bool start(Session session) { Packet packet = session.packet; Buffer buf = session.buf; // send // byte SSH_MSG_SERVICE_REQUEST(5) // string service name "ssh-userauth" packet.reset(); buf.putByte((byte)Session.SSH_MSG_SERVICE_REQUEST); buf.putString(Util.getBytes("ssh-userauth")); session.write(packet); // receive // byte SSH_MSG_SERVICE_ACCEPT(6) // string service name buf = session.read(buf); //System.out.println("read: 6 ? "+buf.buffer[5]); return(buf.buffer[5] == 6); }
/* * http://www1.ietf.org/internet-drafts/draft-ietf-secsh-connect-24.txt * * 5.3 Closing a Channel * When a party will no longer send more data to a channel, it SHOULD * send SSH_MSG_CHANNEL_EOF. * * byte SSH_MSG_CHANNEL_EOF * uint32 recipient_channel * * No explicit response is sent to this message. However, the * application may send EOF to whatever is at the other end of the * channel. Note that the channel remains open after this message, and * more data may still be sent In the other direction. This message * does not consume window space and can be sent even if no window space * is available. * * When either party wishes to terminate the channel, it sends * SSH_MSG_CHANNEL_CLOSE. Upon receiving this message, a party MUST * send back a SSH_MSG_CHANNEL_CLOSE unless it has already sent this * message for the channel. The channel is considered closed for a * party when it has both sent and received SSH_MSG_CHANNEL_CLOSE, and * the party may then reuse the channel number. A party MAY send * SSH_MSG_CHANNEL_CLOSE without having sent or received * SSH_MSG_CHANNEL_EOF. * * byte SSH_MSG_CHANNEL_CLOSE * uint32 recipient_channel * * This message does not consume window space and can be sent even if no * window space is available. * * It is recommended that any data sent before this message is delivered * to the actual destination, if possible. */ internal virtual void close() { //System.Out.println("close!!!!"); if (_close) { return; } _close = true; try { Buffer buf = new Buffer(100); Packet packet = new Packet(buf); packet.reset(); buf.putByte((byte)Session.SSH_MSG_CHANNEL_CLOSE); buf.putInt(getRecipient()); session.write(packet); } catch (Exception e) { //e.printStackTrace(); } }
public void request(Session session, Channel channel) { Buffer buf = new Buffer(); Packet packet = new Packet(buf); // byte SSH_MSG_CHANNEL_REQUEST(98) // uint32 recipient channel // string request type // "x11-req" // boolean want reply // 0 // boolean single connection // string x11 authentication protocol // "MIT-MAGIC-COOKIE-1". // string x11 authentication cookie // uint32 x11 screen number packet.reset(); buf.putByte((byte)Session.SSH_MSG_CHANNEL_REQUEST); buf.putInt(channel.getRecipient()); buf.putString(Util.getBytes("x11-req")); buf.putByte((byte)(waitForReply() ? 1 : 0)); buf.putByte((byte)0); buf.putString(Util.getBytes("MIT-MAGIC-COOKIE-1")); buf.putString(ChannelX11.getFakedCookie(session)); buf.putInt(0); session.write(packet); }
public void request(Session session, Channel channel) { Buffer buf=new Buffer(); Packet packet=new Packet(buf); //byte SSH_MSG_CHANNEL_REQUEST //uint32 recipient_channel //string "window-change" //boolean FALSE //uint32 terminal width, columns //uint32 terminal height, rows //uint32 terminal width, pixels //uint32 terminal height, pixels packet.reset(); buf.putByte((byte) Session.SSH_MSG_CHANNEL_REQUEST); buf.putInt(channel.getRecipient()); buf.putString(Util.getBytes("window-change")); buf.putByte((byte)(waitForReply() ? 1 : 0)); buf.putInt(width_columns); buf.putInt(height_rows); buf.putInt(width_pixels); buf.putInt(height_pixels); session.write(packet); }
public void request(Session session, Channel channel) { Buffer buf=new Buffer(); Packet packet=new Packet(buf); // byte SSH_MSG_CHANNEL_REQUEST(98) // uint32 recipient channel // string request type // "x11-req" // boolean want reply // 0 // boolean single connection // string x11 authentication protocol // "MIT-MAGIC-COOKIE-1". // string x11 authentication cookie // uint32 x11 screen number packet.reset(); buf.putByte((byte) Session.SSH_MSG_CHANNEL_REQUEST); buf.putInt(channel.getRecipient()); buf.putString(Util.getBytes("x11-req")); buf.putByte((byte)(waitForReply() ? 1 : 0)); buf.putByte((byte)0); buf.putString(Util.getBytes("MIT-MAGIC-COOKIE-1")); buf.putString(ChannelX11.getFakedCookie(session)); buf.putInt(0); session.write(packet); }
public void request(Session session, Channel channel) { Buffer buf = new Buffer(); Packet packet = new Packet(buf); //byte SSH_MSG_CHANNEL_REQUEST //uint32 recipient_channel //string "window-change" //boolean FALSE //uint32 terminal width, columns //uint32 terminal height, rows //uint32 terminal width, pixels //uint32 terminal height, pixels packet.reset(); buf.putByte((byte)Session.SSH_MSG_CHANNEL_REQUEST); buf.putInt(channel.getRecipient()); buf.putString(Util.getBytes("window-change")); buf.putByte((byte)(waitForReply() ? 1 : 0)); buf.putInt(width_columns); buf.putInt(height_rows); buf.putInt(width_pixels); buf.putInt(height_pixels); session.write(packet); }
public override bool start(Session session) { //System.out.println("UserAuthKeyboardInteractive: start"); Packet packet = session.packet; Buffer buf = session.buf; String username = session.username; String dest = username + "@" + session.host; if (session.port != 22) { dest += (":" + session.port); } bool cancel = false; byte[] _username = null; try{ _username = System.Text.Encoding.UTF8.GetBytes(username); } catch { _username = Util.getBytes(username); } while (true) { // send // byte SSH_MSG_USERAUTH_REQUEST(50) // string user name (ISO-10646 UTF-8, as defined in [RFC-2279]) // string service name (US-ASCII) "ssh-userauth" ? "ssh-connection" // string "keyboard-interactive" (US-ASCII) // string language tag (as defined in [RFC-3066]) // string submethods (ISO-10646 UTF-8) packet.reset(); buf.putByte((byte)Session.SSH_MSG_USERAUTH_REQUEST); buf.putString(_username); buf.putString(Util.getBytes("ssh-connection")); //buf.putString("ssh-userauth".getBytes()); buf.putString(Util.getBytes("keyboard-interactive")); buf.putString(Util.getBytes("")); buf.putString(Util.getBytes("")); session.write(packet); bool firsttime = true; loop: while (true) { // receive // byte SSH_MSG_USERAUTH_SUCCESS(52) // string service name try{ buf = session.read(buf); } catch (JSchException e) { e.GetType(); return(false); } catch (System.IO.IOException e) { e.GetType(); return(false); } //System.out.println("read: 52 ? "+ buf.buffer[5]); if (buf.buffer[5] == Session.SSH_MSG_USERAUTH_SUCCESS) { return(true); } if (buf.buffer[5] == Session.SSH_MSG_USERAUTH_BANNER) { buf.getInt(); buf.getByte(); buf.getByte(); byte[] _message = buf.getString(); byte[] lang = buf.getString(); String message = null; try{ message = Util.getStringUTF8(_message); } catch { message = Util.getString(_message); } if (userinfo != null) { userinfo.showMessage(message); } goto loop; } if (buf.buffer[5] == Session.SSH_MSG_USERAUTH_FAILURE) { buf.getInt(); buf.getByte(); buf.getByte(); byte[] foo = buf.getString(); int partial_success = buf.getByte(); // System.out.println(new String(foo)+ // " partial_success:"+(partial_success!=0)); if (partial_success != 0) { throw new JSchPartialAuthException(Util.getString(foo)); } if (firsttime) { throw new JSchException("USERAUTH KI is not supported"); //return false; //cancel=true; // ?? } break; } if (buf.buffer[5] == Session.SSH_MSG_USERAUTH_INFO_REQUEST) { firsttime = false; buf.getInt(); buf.getByte(); buf.getByte(); String name = Util.getString(buf.getString()); String instruction = Util.getString(buf.getString()); String languate_tag = Util.getString(buf.getString()); int num = buf.getInt(); //System.out.println("name: "+name); //System.out.println("instruction: "+instruction); //System.out.println("lang: "+languate_tag); //System.out.println("num: "+num); String[] prompt = new String[num]; bool[] echo = new bool[num]; for (int i = 0; i < num; i++) { prompt[i] = Util.getString(buf.getString()); echo[i] = (buf.getByte() != 0); //System.out.println(" "+prompt[i]+","+echo[i]); } String[] response = null; if (num > 0 || (name.Length > 0 || instruction.Length > 0) ) { UIKeyboardInteractive kbi = (UIKeyboardInteractive)userinfo; if (userinfo != null) { response = kbi.promptKeyboardInteractive(dest, name, instruction, prompt, echo); } } // byte SSH_MSG_USERAUTH_INFO_RESPONSE(61) // int num-responses // string response[1] (ISO-10646 UTF-8) // ... // string response[num-responses] (ISO-10646 UTF-8) //if(response!=null) //System.out.println("response.length="+response.length); //else //System.out.println("response is null"); packet.reset(); buf.putByte((byte)Session.SSH_MSG_USERAUTH_INFO_RESPONSE); if (num > 0 && (response == null || // cancel num != response.Length)) { buf.putInt(0); if (response == null) { cancel = true; } } else { buf.putInt(num); for (int i = 0; i < num; i++) { //System.out.println("response: |"+response[i]+"| <- replace here with **** if you need"); buf.putString(Util.getBytes(response[i])); } } session.write(packet); if (cancel) { break; } //System.out.println("continue loop"); goto loop; } //throw new JSchException("USERAUTH fail ("+buf.buffer[5]+")"); return(false); } if (cancel) { throw new JSchAuthCancelException("keyboard-interactive"); //break; } } //return false; }
public override bool start(Session session) { //super.start(session); //Vector identities=JSch.identities; System.Collections.ArrayList identities = session.jsch.identities; Packet packet = session.packet; Buffer buf = session.buf; String passphrase = null; String username = session.username; byte[] _username = null; try{ _username = Util.getBytesUTF8(username); } catch { //(java.io.UnsupportedEncodingException e){ _username = Util.getBytes(username); } for (int i = 0; i < identities.Count; i++) { Identity identity = (Identity)(identities[i]); byte[] pubkeyblob = identity.getPublicKeyBlob(); //System.out.println("UserAuthPublicKey: "+identity+" "+pubkeyblob); if (pubkeyblob != null) { // send // byte SSH_MSG_USERAUTH_REQUEST(50) // string user name // string service name ("ssh-connection") // string "publickey" // boolen FALSE // string plaintext password (ISO-10646 UTF-8) packet.reset(); buf.putByte((byte)Session.SSH_MSG_USERAUTH_REQUEST); buf.putString(_username); buf.putString(Util.getBytes("ssh-connection")); buf.putString(Util.getBytes("publickey")); buf.putByte((byte)0); buf.putString(Util.getBytes(identity.getAlgName())); buf.putString(pubkeyblob); session.write(packet); loop1: while (true) { // receive // byte SSH_MSG_USERAUTH_PK_OK(52) // string service name buf = session.read(buf); //System.out.println("read: 60 ? "+ buf.buffer[5]); if (buf.buffer[5] == Session.SSH_MSG_USERAUTH_PK_OK) { break; } else if (buf.buffer[5] == Session.SSH_MSG_USERAUTH_FAILURE) { // System.out.println("USERAUTH publickey "+session.getIdentity()+ // " is not acceptable."); break; } else if (buf.buffer[5] == Session.SSH_MSG_USERAUTH_BANNER) { buf.getInt(); buf.getByte(); buf.getByte(); byte[] _message = buf.getString(); byte[] lang = buf.getString(); String message = null; try{ message = Util.getStringUTF8(_message); } catch { //(java.io.UnsupportedEncodingException e){ message = Util.getString(_message); } if (userinfo != null) { userinfo.showMessage(message); } goto loop1; } else { //System.out.println("USERAUTH fail ("+buf.buffer[5]+")"); //throw new JSchException("USERAUTH fail ("+buf.buffer[5]+")"); break; } } if (buf.buffer[5] != Session.SSH_MSG_USERAUTH_PK_OK) { continue; } } //System.out.println("UserAuthPublicKey: identity.isEncrypted()="+identity.isEncrypted()); int count = 5; while (true) { if ((identity.isEncrypted() && passphrase == null)) { if (userinfo == null) { throw new JSchException("USERAUTH fail"); } if (identity.isEncrypted() && !userinfo.promptPassphrase("Passphrase for " + identity.getName())) { throw new JSchAuthCancelException("publickey"); //throw new JSchException("USERAUTH cancel"); //break; } passphrase = userinfo.getPassphrase(); } if (!identity.isEncrypted() || passphrase != null) { //System.out.println("UserAuthPublicKey: @1 "+passphrase); if (identity.setPassphrase(passphrase)) { break; } } passphrase = null; count--; if (count == 0) { break; } } //System.out.println("UserAuthPublicKey: identity.isEncrypted()="+identity.isEncrypted()); if (identity.isEncrypted()) { continue; } if (pubkeyblob == null) { pubkeyblob = identity.getPublicKeyBlob(); } //System.out.println("UserAuthPublicKey: pubkeyblob="+pubkeyblob); if (pubkeyblob == null) { continue; } // send // byte SSH_MSG_USERAUTH_REQUEST(50) // string user name // string service name ("ssh-connection") // string "publickey" // boolen TRUE // string plaintext password (ISO-10646 UTF-8) packet.reset(); buf.putByte((byte)Session.SSH_MSG_USERAUTH_REQUEST); buf.putString(_username); buf.putString(Util.getBytes("ssh-connection")); buf.putString(Util.getBytes("publickey")); buf.putByte((byte)1); buf.putString(Util.getBytes(identity.getAlgName())); buf.putString(pubkeyblob); // byte[] tmp=new byte[buf.index-5]; // System.arraycopy(buf.buffer, 5, tmp, 0, tmp.length); // buf.putString(signature); byte[] sid = session.getSessionId(); uint sidlen = (uint)sid.Length; byte[] tmp = new byte[4 + sidlen + buf.index - 5]; tmp[0] = (byte)(sidlen >> 24); tmp[1] = (byte)(sidlen >> 16); tmp[2] = (byte)(sidlen >> 8); tmp[3] = (byte)(sidlen); Array.Copy(sid, 0, tmp, 4, sidlen); Array.Copy(buf.buffer, 5, tmp, 4 + sidlen, buf.index - 5); byte[] signature = identity.getSignature(session, tmp); if (signature == null) { // for example, too long key length. break; } buf.putString(signature); session.write(packet); loop2: while (true) { // receive // byte SSH_MSG_USERAUTH_SUCCESS(52) // string service name buf = session.read(buf); //System.out.println("read: 52 ? "+ buf.buffer[5]); if (buf.buffer[5] == Session.SSH_MSG_USERAUTH_SUCCESS) { return(true); } else if (buf.buffer[5] == Session.SSH_MSG_USERAUTH_BANNER) { buf.getInt(); buf.getByte(); buf.getByte(); byte[] _message = buf.getString(); byte[] lang = buf.getString(); String message = null; try{ message = Util.getStringUTF8(_message); } catch { //(java.io.UnsupportedEncodingException e){ message = Util.getString(_message); } if (userinfo != null) { userinfo.showMessage(message); } goto loop2; } else if (buf.buffer[5] == Session.SSH_MSG_USERAUTH_FAILURE) { buf.getInt(); buf.getByte(); buf.getByte(); byte[] foo = buf.getString(); int partial_success = buf.getByte(); //System.out.println(new String(foo)+ // " partial_success:"+(partial_success!=0)); if (partial_success != 0) { throw new JSchPartialAuthException(Util.getString(foo)); } break; } //System.out.println("USERAUTH fail ("+buf.buffer[5]+")"); //throw new JSchException("USERAUTH fail ("+buf.buffer[5]+")"); break; } } return(false); }
public void sendIgnore() { Buffer buf=new Buffer(); Packet packet=new Packet(buf); packet.reset(); buf.putByte((byte)SSH_MSG_IGNORE); write(packet); }
private void setPortForwarding(int rport) { lock(grr) { Buffer buf=new Buffer(100); // ?? Packet packet=new Packet(buf); try { // byte SSH_MSG_GLOBAL_REQUEST 80 // String "tcpip-forward" // bool want_reply // String address_to_bind // uint32 port number to bind packet.reset(); buf.putByte((byte) SSH_MSG_GLOBAL_REQUEST); buf.putString( new String( "tcpip-forward" ).getBytes()); // buf.putByte((byte)0); buf.putByte((byte)1); buf.putString(new String("0.0.0.0").getBytes()); buf.putInt(rport); write(packet); } catch(Exception e) { throw new JSchException(e.ToString()); } grr.setThread(Thread.currentThread()); try{ Thread.Sleep(10000);} catch(Exception e) { } int reply=grr.getReply(); grr.setThread(null); if(reply==0) { throw new JSchException("remote port forwarding failed for listen port "+rport); } } }
internal virtual void eof() { //System.Out.println("EOF!!!! "+this); //Thread.dumpStack(); if(_close)return; if(eof_local)return; eof_local=true; //close=eof; try { Buffer buf=new Buffer(100); Packet packet=new Packet(buf); packet.reset(); buf.putByte((byte)Session.SSH_MSG_CHANNEL_EOF); buf.putInt(getRecipient()); session.write(packet); } catch(Exception e) { //System.Out.println("Channel.eof"); //e.printStackTrace(); } /* if(!isConnected()){ disconnect(); } */ }
internal static void delPort(Session session, int rport) { lock(pool) { Object[] foo=null; for(int i=0; i<pool.size(); i++) { Object[] bar=(Object[])(pool.elementAt(i)); if(bar[0]!=session) continue; if(((Integer)bar[1]).intValue()!=rport) continue; foo=bar; break; } if(foo==null)return; pool.removeElement(foo); } Buffer buf=new Buffer(100); // ?? Packet packet=new Packet(buf); try { // byte SSH_MSG_GLOBAL_REQUEST 80 // string "cancel-tcpip-forward" // boolean want_reply // string address_to_bind (e.g. "127.0.0.1") // uint32 port number to bind packet.reset(); buf.putByte((byte) 80/*SSH_MSG_GLOBAL_REQUEST*/); buf.putString(new Str("cancel-tcpip-forward").getBytes()); buf.putByte((byte)0); buf.putString(new Str("0.0.0.0").getBytes()); buf.putInt(rport); session.write(packet); } catch(Exception e) { // throw new JSchException(e.toString()); } }
public override void connect() { try { if(!session.isConnected()) { throw new JSchException("session is down"); } Buffer buf=new Buffer(150); Packet packet=new Packet(buf); // send // byte SSH_MSG_CHANNEL_OPEN(90) // string channel type // // uint32 sender channel // 0 // uint32 initial window size // 0x100000(65536) // uint32 maxmum packet size // 0x4000(16384) packet.reset(); buf.putByte((byte)90); buf.putString(Util.getBytes("direct-tcpip")); buf.putInt(id); buf.putInt(lwsize); buf.putInt(lmpsize); buf.putString(Util.getBytes(host)); buf.putInt(port); buf.putString(Util.getBytes(originator_IP_address)); buf.putInt(originator_port); session.write(packet); int retry=1000; try { while(this.getRecipient()==-1 && session.isConnected() && retry>0 && !_eof_remote) { //Thread.sleep(500); Thread.Sleep(50); retry--; } } catch { } if(!session.isConnected()) { throw new JSchException("session is down"); } if(retry==0 || this._eof_remote) { throw new JSchException("channel is not opened."); } /* if(this.eof_remote){ // failed to open disconnect(); return; } */ connected=true; thread=new Thread(this); thread.start(); } catch(Exception e) { io.close(); io=null; Channel.del(this); if (e is JSchException) { throw (JSchException) e; } } }
public virtual void connect() { if(!session.isConnected()) { throw new JSchException("session is down"); } try { Buffer buf=new Buffer(100); Packet packet=new Packet(buf); // send // byte SSH_MSG_CHANNEL_OPEN(90) // string channel type // // uint32 sender channel // 0 // uint32 initial window size // 0x100000(65536) // uint32 maxmum packet size // 0x4000(16384) packet.reset(); buf.putByte((byte)90); buf.putString(this.type); buf.putInt(this.id); buf.putInt(this.lwsize); buf.putInt(this.lmpsize); session.write(packet); int retry=1000; while(this.getRecipient()==-1 && session.isConnected() && retry>0) { try{Thread.sleep(50);} catch(Exception ee){} retry--; } if(!session.isConnected()) { throw new JSchException("session is down"); } if(retry==0) { throw new JSchException("channel is not opened."); } connected=true; start(); } catch(Exception e) { connected=false; if(e is JSchException) throw (JSchException)e; } }
public override void run() { // thread=Thread.currentThread(); //System.out.println("rmpsize: "+rmpsize+", lmpsize: "+lmpsize); Buffer buf=new Buffer(rmpsize); // Buffer buf=new Buffer(lmpsize); Packet packet=new Packet(buf); int i=0; try { while(isConnected() && thread!=null && io!=null && io.ins!=null) { i=io.ins.Read(buf.buffer, 14, buf.buffer.Length-14 -32 -20 // padding and mac ); if(i<=0) { eof(); break; } if(_close)break; packet.reset(); buf.putByte((byte)Session.SSH_MSG_CHANNEL_DATA); buf.putInt(recipient); buf.putInt(i); buf.skip(i); session.write(packet, this, i); } } catch { } disconnect(); //System.out.println("connect end"); /* try{ packet.reset(); buf.putByte((byte)Session.SSH_MSG_CHANNEL_EOF); buf.putInt(recipient); session.write(packet); } catch(Exception e){ } */ // close(); }
public override bool start(Session session) { base.start(session); //System.out.println("UserAuthNone: start"); Packet packet = session.packet; Buffer buf = session.buf; String username = session.username; byte[] _username = null; try{ _username = Util.getBytesUTF8(username); } catch { //(java.io.UnsupportedEncodingException e){ _username = Util.getBytes(username); } // send // byte SSH_MSG_USERAUTH_REQUEST(50) // string user name // string service name ("ssh-connection") // string "none" packet.reset(); buf.putByte((byte)Session.SSH_MSG_USERAUTH_REQUEST); buf.putString(_username); buf.putString(Util.getBytes("ssh-connection")); buf.putString(Util.getBytes("none")); session.write(packet); loop: while (true) { // receive // byte SSH_MSG_USERAUTH_SUCCESS(52) // string service name buf = session.read(buf); //System.out.println("UserAuthNone: read: 52 ? "+ buf.buffer[5]); if (buf.buffer[5] == Session.SSH_MSG_USERAUTH_SUCCESS) { return(true); } if (buf.buffer[5] == Session.SSH_MSG_USERAUTH_BANNER) { buf.getInt(); buf.getByte(); buf.getByte(); byte[] _message = buf.getString(); byte[] lang = buf.getString(); String message = null; try{ message = Util.getStringUTF8(_message); } catch { //(java.io.UnsupportedEncodingException e){ message = Util.getString(_message); } if (userinfo != null) { userinfo.showMessage(message); } goto loop; } if (buf.buffer[5] == Session.SSH_MSG_USERAUTH_FAILURE) { buf.getInt(); buf.getByte(); buf.getByte(); byte[] foo = buf.getString(); int partial_success = buf.getByte(); methods = Util.getString(foo); //System.out.println("UserAuthNONE: "+methods+ // " partial_success:"+(partial_success!=0)); // if(partial_success!=0){ // throw new JSchPartialAuthException(new String(foo)); // } break; } else { // System.out.println("USERAUTH fail ("+buf.buffer[5]+")"); throw new JSchException("USERAUTH fail (" + buf.buffer[5] + ")"); } } //throw new JSchException("USERAUTH fail"); return(false); }
public override bool start(Session session) { // super.start(session); //System.out.println("UserAuthPassword: start"); Packet packet = session.packet; Buffer buf = session.buf; String username = session.username; String password = session.password; String dest = username + "@" + session.host; if (session.port != 22) { dest += (":" + session.port); } while (true) { if (password == null) { if (userinfo == null) { //throw new JSchException("USERAUTH fail"); return(false); } if (!userinfo.promptPassword("Password for " + dest)) { throw new JSchAuthCancelException("password"); //break; } password = userinfo.getPassword(); if (password == null) { throw new JSchAuthCancelException("password"); //break; } } byte[] _username = null; try{ _username = Util.getBytesUTF8(username); } catch {//(java.io.UnsupportedEncodingException e){ _username = Util.getBytes(username); } byte[] _password = null; try{ _password = Util.getBytes(password); } catch {//(java.io.UnsupportedEncodingException e){ _password = Util.getBytes(password); } // send // byte SSH_MSG_USERAUTH_REQUEST(50) // string user name // string service name ("ssh-connection") // string "password" // boolen FALSE // string plaintext password (ISO-10646 UTF-8) packet.reset(); buf.putByte((byte)Session.SSH_MSG_USERAUTH_REQUEST); buf.putString(_username); buf.putString(Util.getBytes("ssh-connection")); buf.putString(Util.getBytes("password")); buf.putByte((byte)0); buf.putString(_password); session.write(packet); loop: while (true) { // receive // byte SSH_MSG_USERAUTH_SUCCESS(52) // string service name buf = session.read(buf); //System.out.println("read: 52 ? "+ buf.buffer[5]); if (buf.buffer[5] == Session.SSH_MSG_USERAUTH_SUCCESS) { return(true); } if (buf.buffer[5] == Session.SSH_MSG_USERAUTH_BANNER) { buf.getInt(); buf.getByte(); buf.getByte(); byte[] _message = buf.getString(); byte[] lang = buf.getString(); String message = null; try{ message = Util.getStringUTF8(_message); } catch {//(java.io.UnsupportedEncodingException e){ message = Util.getString(_message); } if (userinfo != null) { userinfo.showMessage(message); } goto loop; } if (buf.buffer[5] == Session.SSH_MSG_USERAUTH_FAILURE) { buf.getInt(); buf.getByte(); buf.getByte(); byte[] foo = buf.getString(); int partial_success = buf.getByte(); //System.out.println(new String(foo)+ // " partial_success:"+(partial_success!=0)); if (partial_success != 0) { throw new JSchPartialAuthException(Util.getString(foo)); } break; } else { // System.out.println("USERAUTH fail ("+buf.buffer[5]+")"); // throw new JSchException("USERAUTH fail ("+buf.buffer[5]+")"); return(false); } } password = null; } //throw new JSchException("USERAUTH fail"); //return false; }
public override bool next(Buffer _buf) { int i, j; bool result = false; switch (state) { case SSH_MSG_KEX_DH_GEX_GROUP: // byte SSH_MSG_KEX_DH_GEX_GROUP(31) // mpint p, safe prime // mpint g, generator for subgroup in GF (p) _buf.getInt(); _buf.getByte(); j = _buf.getByte(); if (j != 31) { Console.WriteLine("type: must be 31 " + j); result = false; } p = _buf.getMPInt(); g = _buf.getMPInt(); /* * for(int iii=0; iii<p.length; iii++){ * System.out.println("0x"+Integer.toHexString(p[iii]&0xff)+","); * } * System.out.println(""); * for(int iii=0; iii<g.length; iii++){ * System.out.println("0x"+Integer.toHexString(g[iii]&0xff)+","); * } */ dh.setP(p); dh.setG(g); // The client responds with: // byte SSH_MSG_KEX_DH_GEX_INIT(32) // mpint e <- g^x mod p // x is a random number (1 < x < (p-1)/2) e = dh.getE(); packet.reset(); buf.putByte((byte)0x20); buf.putMPInt(e); session.write(packet); state = SSH_MSG_KEX_DH_GEX_REPLY; result = true; break; case SSH_MSG_KEX_DH_GEX_REPLY: // The server responds with: // byte SSH_MSG_KEX_DH_GEX_REPLY(33) // string server public host key and certificates (K_S) // mpint f // string signature of H j = _buf.getInt(); j = _buf.getByte(); j = _buf.getByte(); if (j != 33) { Console.WriteLine("type: must be 33 " + j); result = false; } K_S = _buf.getString(); // K_S is server_key_blob, which includes .... // string ssh-dss // impint p of dsa // impint q of dsa // impint g of dsa // impint pub_key of dsa //System.out.print("K_S: "); dump(K_S, 0, K_S.length); byte[] f = _buf.getMPInt(); byte[] sig_of_H = _buf.getString(); dh.setF(f); K = dh.getK(); //The hash H is computed as the HASH hash of the concatenation of the //following: // string V_C, the client's version string (CR and NL excluded) // string V_S, the server's version string (CR and NL excluded) // string I_C, the payload of the client's SSH_MSG_KEXINIT // string I_S, the payload of the server's SSH_MSG_KEXINIT // string K_S, the host key // uint32 min, minimal size in bits of an acceptable group // uint32 n, preferred size in bits of the group the server should send // uint32 max, maximal size in bits of an acceptable group // mpint p, safe prime // mpint g, generator for subgroup // mpint e, exchange value sent by the client // mpint f, exchange value sent by the server // mpint K, the shared secret // This value is called the exchange hash, and it is used to authenti- // cate the key exchange. buf.reset(); buf.putString(V_C); buf.putString(V_S); buf.putString(I_C); buf.putString(I_S); buf.putString(K_S); buf.putInt(min); buf.putInt(preferred); buf.putInt(max); buf.putMPInt(p); buf.putMPInt(g); buf.putMPInt(e); buf.putMPInt(f); buf.putMPInt(K); byte[] foo = new byte[buf.getLength()]; buf.getByte(foo); sha.update(foo, 0, foo.Length); H = sha.digest(); // System.out.print("H -> "); dump(H, 0, H.length); i = 0; j = 0; j = (int)((K_S[i++] << 24) & 0xff000000) | ((K_S[i++] << 16) & 0x00ff0000) | ((K_S[i++] << 8) & 0x0000ff00) | ((K_S[i++]) & 0x000000ff); String alg = Util.getString(K_S, i, j); i += j; if (alg.Equals("ssh-rsa")) { byte[] tmp; byte[] ee; byte[] n; type = RSA; j = (int)((K_S[i++] << 24) & 0xff000000) | ((K_S[i++] << 16) & 0x00ff0000) | ((K_S[i++] << 8) & 0x0000ff00) | ((K_S[i++]) & 0x000000ff); tmp = new byte[j]; Array.Copy(K_S, i, tmp, 0, j); i += j; ee = tmp; j = (int)((K_S[i++] << 24) & 0xff000000) | ((K_S[i++] << 16) & 0x00ff0000) | ((K_S[i++] << 8) & 0x0000ff00) | ((K_S[i++]) & 0x000000ff); tmp = new byte[j]; Array.Copy(K_S, i, tmp, 0, j); i += j; n = tmp; // SignatureRSA sig=new SignatureRSA(); // sig.init(); SignatureRSA sig = null; try { Type t = Type.GetType(session.getConfig("signature.rsa")); sig = (SignatureRSA)(Activator.CreateInstance(t)); sig.init(); } catch (Exception eee) { Console.WriteLine(eee); } sig.setPubKey(ee, n); sig.update(H); result = sig.verify(sig_of_H); } else if (alg.Equals("ssh-dss")) { byte[] q = null; byte[] tmp; type = DSS; j = (int)((K_S[i++] << 24) & 0xff000000) | ((K_S[i++] << 16) & 0x00ff0000) | ((K_S[i++] << 8) & 0x0000ff00) | ((K_S[i++]) & 0x000000ff); tmp = new byte[j]; Array.Copy(K_S, i, tmp, 0, j); i += j; p = tmp; j = (int)((K_S[i++] << 24) & 0xff000000) | ((K_S[i++] << 16) & 0x00ff0000) | ((K_S[i++] << 8) & 0x0000ff00) | ((K_S[i++]) & 0x000000ff); tmp = new byte[j]; Array.Copy(K_S, i, tmp, 0, j); i += j; q = tmp; j = (int)((K_S[i++] << 24) & 0xff000000) | ((K_S[i++] << 16) & 0x00ff0000) | ((K_S[i++] << 8) & 0x0000ff00) | ((K_S[i++]) & 0x000000ff); tmp = new byte[j]; Array.Copy(K_S, i, tmp, 0, j); i += j; g = tmp; j = (int)((K_S[i++] << 24) & 0xff000000) | ((K_S[i++] << 16) & 0x00ff0000) | ((K_S[i++] << 8) & 0x0000ff00) | ((K_S[i++]) & 0x000000ff); tmp = new byte[j]; Array.Copy(K_S, i, tmp, 0, j); i += j; f = tmp; // SignatureDSA sig=new SignatureDSA(); // sig.init(); SignatureDSA sig = null; try { Type t = Type.GetType(session.getConfig("signature.dss")); sig = (SignatureDSA)(Activator.CreateInstance(t)); sig.init(); } catch (Exception ee) { Console.WriteLine(ee); } sig.setPubKey(f, p, q, g); sig.update(H); result = sig.verify(sig_of_H); } else { Console.WriteLine("unknow alg"); } state = STATE_END; break; } return(result); }
public override void connect() { try { if (!session.isConnected()) { throw new JSchException("session is down"); } Buffer buf = new Buffer(150); Packet packet = new Packet(buf); // send // byte SSH_MSG_CHANNEL_OPEN(90) // string channel type // // uint32 sender channel // 0 // uint32 initial window size // 0x100000(65536) // uint32 maxmum packet size // 0x4000(16384) packet.reset(); buf.putByte((byte)90); buf.putString(Util.getBytes("direct-tcpip")); buf.putInt(id); buf.putInt(lwsize); buf.putInt(lmpsize); buf.putString(Util.getBytes(host)); buf.putInt(port); buf.putString(Util.getBytes(originator_IP_address)); buf.putInt(originator_port); session.write(packet); int retry = 1000; try { while (this.getRecipient() == -1 && session.isConnected() && retry > 0 && !_eof_remote) { //Thread.sleep(500); Thread.Sleep(50); retry--; } } catch { } if (!session.isConnected()) { throw new JSchException("session is down"); } if (retry == 0 || this._eof_remote) { throw new JSchException("channel is not opened."); } /* * if(this.eof_remote){ // failed to open * disconnect(); * return; * } */ connected = true; thread = new Thread(this); thread.start(); } catch (Exception e) { io.close(); io = null; Channel.del(this); if (e is JSchException) { throw (JSchException)e; } } }
/* http://www1.ietf.org/internet-drafts/draft-ietf-secsh-connect-24.txt 5.3 Closing a Channel When a party will no longer send more data to a channel, it SHOULD send SSH_MSG_CHANNEL_EOF. byte SSH_MSG_CHANNEL_EOF uint32 recipient_channel No explicit response is sent to this message. However, the application may send EOF to whatever is at the other end of the channel. Note that the channel remains open after this message, and more data may still be sent In the other direction. This message does not consume window space and can be sent even if no window space is available. When either party wishes to terminate the channel, it sends SSH_MSG_CHANNEL_CLOSE. Upon receiving this message, a party MUST send back a SSH_MSG_CHANNEL_CLOSE unless it has already sent this message for the channel. The channel is considered closed for a party when it has both sent and received SSH_MSG_CHANNEL_CLOSE, and the party may then reuse the channel number. A party MAY send SSH_MSG_CHANNEL_CLOSE without having sent or received SSH_MSG_CHANNEL_EOF. byte SSH_MSG_CHANNEL_CLOSE uint32 recipient_channel This message does not consume window space and can be sent even if no window space is available. It is recommended that any data sent before this message is delivered to the actual destination, if possible. */ internal virtual void close() { //System.Out.println("close!!!!"); if(_close)return; _close=true; try { Buffer buf=new Buffer(100); Packet packet=new Packet(buf); packet.reset(); buf.putByte((byte)Session.SSH_MSG_CHANNEL_CLOSE); buf.putInt(getRecipient()); session.write(packet); } catch(Exception e) { //e.printStackTrace(); } }
//private byte[] f; public override void init(Session session, byte[] V_S, byte[] V_C, byte[] I_S, byte[] I_C) { this.session=session; this.V_S=V_S; this.V_C=V_C; this.I_S=I_S; this.I_C=I_C; // sha=new SHA1(); // sha.init(); try { Type t=Type.GetType(session.getConfig("sha-1")); sha=(HASH)(Activator.CreateInstance(t)); sha.init(); } catch(Exception e) { Console.WriteLine(e); } buf=new Buffer(); packet=new Packet(buf); try { Type t=Type.GetType(session.getConfig("dh")); dh=(DH)(Activator.CreateInstance(t)); dh.init(); } catch(Exception e) { Console.WriteLine(e); } packet.reset(); buf.putByte((byte)0x22); buf.putInt(min); buf.putInt(preferred); buf.putInt(max); session.write(packet); state=SSH_MSG_KEX_DH_GEX_GROUP; }
public override void init(Session session, byte[] V_S, byte[] V_C, byte[] I_S, byte[] I_C) { this.session=session; this.V_S=V_S; this.V_C=V_C; this.I_S=I_S; this.I_C=I_C; // sha=new SHA1(); // sha.init(); try { Type t=Type.GetType(session.getConfig("sha-1")); sha=(HASH)(Activator.CreateInstance(t)); sha.init(); } catch(Exception ee) { Console.WriteLine(ee); } buf=new Buffer(); packet=new Packet(buf); try { Type t=Type.GetType(session.getConfig("dh")); dh=(DH)(Activator.CreateInstance(t)); dh.init(); } catch(Exception ee) { Console.WriteLine(ee); } dh.setP(p); dh.setG(g); // The client responds with: // byte SSH_MSG_KEXDH_INIT(30) // mpint e <- g^x mod p // x is a random number (1 < x < (p-1)/2) e=dh.getE(); packet.reset(); buf.putByte((byte)SSH_MSG_KEXDH_INIT); buf.putMPInt(e); session.write(packet); state=SSH_MSG_KEXDH_REPLY; }
public void run() { thread=this; byte[] foo; Buffer buf=new Buffer(); Packet packet=new Packet(buf); int i=0; Channel channel; int[] start=new int[1]; int[] length=new int[1]; KeyExchange kex=null; try { while(_isConnected && thread!=null) { buf=read(buf); int msgType=buf.buffer[5]&0xff; // if(msgType!=94) //System.Console.WriteLine("read: 94 ? "+msgType); if(kex!=null && kex.getState()==msgType) { bool result=kex.next(buf); if(!result) { throw new JSchException("verify: "+result); } continue; } switch(msgType) { case SSH_MSG_KEXINIT: //System.Console.WriteLine("KEXINIT"); kex=receive_kexinit(buf); break; case SSH_MSG_NEWKEYS: //System.Console.WriteLine("NEWKEYS"); send_newkeys(); receive_newkeys(buf, kex); kex=null; break; case SSH_MSG_CHANNEL_DATA: buf.getInt(); buf.getByte(); buf.getByte(); i=buf.getInt(); channel=Channel.getChannel(i, this); foo=buf.getString(start, length); if(channel==null) { break; } try { channel.write(foo, start[0], length[0]); } catch(Exception e) { //System.Console.WriteLine(e); try{channel.disconnect();} catch(Exception ee){} break; } int len=length[0]; channel.setLocalWindowSize(channel.lwsize-len); if(channel.lwsize<channel.lwsize_max/2) { packet.reset(); buf.putByte((byte)SSH_MSG_CHANNEL_WINDOW_ADJUST); buf.putInt(channel.getRecipient()); buf.putInt(channel.lwsize_max-channel.lwsize); write(packet); channel.setLocalWindowSize(channel.lwsize_max); } break; case SSH_MSG_CHANNEL_EXTENDED_DATA: buf.getInt(); buf.getShort(); i=buf.getInt(); channel=Channel.getChannel(i, this); buf.getInt(); // data_type_code == 1 foo=buf.getString(start, length); //System.Console.WriteLine("stderr: "+new String(foo,start[0],length[0])); if(channel==null) { break; } //channel.write(foo, start[0], length[0]); channel.write_ext(foo, start[0], length[0]); len=length[0]; channel.setLocalWindowSize(channel.lwsize-len); if(channel.lwsize<channel.lwsize_max/2) { packet.reset(); buf.putByte((byte)SSH_MSG_CHANNEL_WINDOW_ADJUST); buf.putInt(channel.getRecipient()); buf.putInt(channel.lwsize_max-channel.lwsize); write(packet); channel.setLocalWindowSize(channel.lwsize_max); } break; case SSH_MSG_CHANNEL_WINDOW_ADJUST: buf.getInt(); buf.getShort(); i=buf.getInt(); channel=Channel.getChannel(i, this); if(channel==null) { break; } channel.addRemoteWindowSize(buf.getInt()); break; case SSH_MSG_CHANNEL_EOF: buf.getInt(); buf.getShort(); i=buf.getInt(); channel=Channel.getChannel(i, this); if(channel!=null) { //channel._eof_remote=true; //channel.eof(); channel.eof_remote(); } /* packet.reset(); buf.putByte((byte)SSH_MSG_CHANNEL_EOF); buf.putInt(channel.getRecipient()); write(packet); */ break; case SSH_MSG_CHANNEL_CLOSE: buf.getInt(); buf.getShort(); i=buf.getInt(); channel=Channel.getChannel(i, this); if(channel!=null) { // channel.close(); channel.disconnect(); } /* if(Channel.pool.size()==0){ thread=null; } */ break; case SSH_MSG_CHANNEL_OPEN_CONFIRMATION: buf.getInt(); buf.getShort(); i=buf.getInt(); channel=Channel.getChannel(i, this); if(channel==null) { //break; } channel.setRecipient(buf.getInt()); channel.setRemoteWindowSize(buf.getInt()); channel.setRemotePacketSize(buf.getInt()); break; case SSH_MSG_CHANNEL_OPEN_FAILURE: buf.getInt(); buf.getShort(); i=buf.getInt(); channel=Channel.getChannel(i, this); if(channel==null) { //break; } int reason_code=buf.getInt(); //foo=buf.getString(); // additional textual information //foo=buf.getString(); // language tag channel.exitstatus=reason_code; channel._close=true; channel._eof_remote=true; channel.setRecipient(0); break; case SSH_MSG_CHANNEL_REQUEST: buf.getInt(); buf.getShort(); i=buf.getInt(); foo=buf.getString(); bool reply=(buf.getByte()!=0); channel=Channel.getChannel(i, this); if(channel!=null) { byte reply_type=(byte)SSH_MSG_CHANNEL_FAILURE; if((new String(foo)).equals("exit-status")) { i=buf.getInt(); // exit-status channel.setExitStatus(i); // System.Console.WriteLine("exit-stauts: "+i); // channel.close(); reply_type=(byte)SSH_MSG_CHANNEL_SUCCESS; } if(reply) { packet.reset(); buf.putByte(reply_type); buf.putInt(channel.getRecipient()); write(packet); } } else { } break; case SSH_MSG_CHANNEL_OPEN: buf.getInt(); buf.getShort(); foo=buf.getString(); String ctyp=new String(foo); //System.Console.WriteLine("type="+ctyp); if(!new String("forwarded-tcpip").equals(ctyp) && !(new String("x11").equals(ctyp) && x11_forwarding)) { System.Console.WriteLine("Session.run: CHANNEL OPEN "+ctyp); throw new IOException("Session.run: CHANNEL OPEN "+ctyp); } else { channel=Channel.getChannel(ctyp); addChannel(channel); channel.getData(buf); channel.init(); packet.reset(); buf.putByte((byte)SSH_MSG_CHANNEL_OPEN_CONFIRMATION); buf.putInt(channel.getRecipient()); buf.putInt(channel.id); buf.putInt(channel.lwsize); buf.putInt(channel.lmpsize); write(packet); Thread tmp=new Thread(channel); tmp.setName("Channel "+ctyp+" "+host); tmp.start(); break; } case SSH_MSG_CHANNEL_SUCCESS: buf.getInt(); buf.getShort(); i=buf.getInt(); channel=Channel.getChannel(i, this); if(channel==null) { break; } channel.reply=1; break; case SSH_MSG_CHANNEL_FAILURE: buf.getInt(); buf.getShort(); i=buf.getInt(); channel=Channel.getChannel(i, this); if(channel==null) { break; } channel.reply=0; break; case SSH_MSG_GLOBAL_REQUEST: buf.getInt(); buf.getShort(); foo=buf.getString(); // request name reply=(buf.getByte()!=0); if(reply) { packet.reset(); buf.putByte((byte)SSH_MSG_REQUEST_FAILURE); write(packet); } break; case SSH_MSG_REQUEST_FAILURE: case SSH_MSG_REQUEST_SUCCESS: Thread t=grr.getThread(); if(t!=null) { grr.setReply(msgType==SSH_MSG_REQUEST_SUCCESS? 1 : 0); t.interrupt(); } break; default: System.Console.WriteLine("Session.run: unsupported type "+msgType); throw new IOException("Unknown SSH message type "+msgType); } } } catch(Exception e) { //System.Console.WriteLine("# Session.run"); //e.printStackTrace(); } try { disconnect(); } catch(NullReferenceException e) { //System.Console.WriteLine("@1"); //e.printStackTrace(); } catch(Exception e) { //System.Console.WriteLine("@2"); //e.printStackTrace(); } _isConnected=false; }
public override void run() { //System.out.println(this+":run >"); /* if(thread!=null){ return; } thread=Thread.currentThread(); */ // Buffer buf=new Buffer(); Buffer buf=new Buffer(rmpsize); Packet packet=new Packet(buf); int i=-1; try { while(isConnected() && thread!=null && io!=null && io.ins!=null) { i=io.ins.Read(buf.buffer, 14, buf.buffer.Length-14 -32 -20 // padding and mac ); if(i==0)continue; if(i==-1) { eof(); break; } if(_close)break; packet.reset(); buf.putByte((byte)Session.SSH_MSG_CHANNEL_DATA); buf.putInt(recipient); buf.putInt(i); buf.skip(i); session.write(packet, this, i); } } catch(Exception e) { Console.WriteLine("# ChannelExec.run"); Console.WriteLine(e); } if(thread!=null) { //lock(thread){ System.Threading.Monitor.PulseAll(this);/*thread.notifyAll();*/ } } thread=null; //System.out.println(this+":run <"); }
public override void run() { thread=Thread.currentThread(); Buffer buf=new Buffer(rmpsize); Packet packet=new Packet(buf); int i=0; try { while(thread!=null) { i=io.ins.Read(buf.buffer, 14, buf.buffer.Length-14 -16 -20 // padding and mac ); if(i<=0) { eof(); break; } if(_close)break; packet.reset(); buf.putByte((byte)Session.SSH_MSG_CHANNEL_DATA); buf.putInt(recipient); buf.putInt(i); buf.skip(i); session.write(packet, this, i); } } catch { //System.out.println(e); } thread=null; }