/**
* assigns the protocol + the triple of srcPort, destIP, destPort to the tunnel toward the
* ANAddress over the ifName
*
* @param proto
* @param srcPort
* @param destIp
* @param destPort
* @param ANAddress
* @param ifname
*/
public void assignSocketToTunnelRME(
String proto, int srcPort, String destIp, int destPort, int tid) {
String[] param =
new String[] {
"-a",
"rule",
"-p",
proto,
"-s",
Module.getVipaFix(),
"-d",
destIp,
"-l",
"" + srcPort,
"-r",
destPort + "",
"-n",
"" + tid
};
printLog(
"Socket handover on local tunnel "
+ tid
+ " requested for src port "
+ srcPort
+ " dest port "
+ destPort
+ " and dest address: "
+ destIp,
Log.LEVEL_MEDIUM);
result = Module.upmtconf(param);
}
/**
* assigns the protocol + the triple of srcPort, destIP, destPort to the tunnel toward the
* ANAddress over the ifName
*
* @param proto
* @param srcPort
* @param destIp
* @param destPort
* @param ANAddress
* @param ifName
*/
public void assignSocketToTunnel(
String proto, int srcPort, String destIp, int destPort, String ANAddress, String ifName) {
Integer tidObj = localTidTable.get(ifName + ":" + ANAddress);
if (tidObj == null) {
printLog("ERROR: no Tunnel for " + ifName + ":" + ANAddress, Log.LEVEL_HIGH);
return;
}
int tid = tidObj;
String[] param =
new String[] {
"-a",
"rule",
"-p",
proto,
"-s",
Module.getVipaFix(),
"-d",
destIp,
"-l",
"" + srcPort,
"-r",
destPort + "",
"-n",
"" + tid
};
//
// System.err.println("-a"+"rule"+"-p"+proto+"-s"+Module.getVipaFix()+"-d"+destIp+"-l"+""+srcPort+"-r"+destPort+""+"-n"+""+tid);
printLog(
"Socket handover on local tunnel "
+ tid
+ " (AN:"
+ ANAddress
+ "-if:"
+ ifName
+ ") requested for src port "
+ srcPort
+ " dest "
+ ANAddress
+ ":"
+ destPort,
Log.LEVEL_MEDIUM);
// TODO PROVA
// param[0] = "upmtconf " + param[0];
// result = Shell.executeRootCommand(param);
result = Module.upmtconf(param);
// Response from kernel:
// System.out.println(result);
// System.out.println(Module.upmtconf(new String[]{"-l", "rule"}));
anTable.put(proto + srcPort + destIp + destPort, ANAddress);
}
public int addTunnel(String vipa, String ifName, String ANAddress, int AnTsa) {
int port = realPortManager.getport(ifName + ANAddress);
String[] par =
new String[] {
"-a",
"tun",
"-S",
vipa,
"-D",
Module.getVipaFix(),
"-i",
ifName,
"-d",
ANAddress,
"-l",
"" + port,
"-r",
"" + AnTsa
};
// System.err.println("YYYYYY__" + "-a"+ " " +"tun"+ " " +"-S" + " " + vipa+ " " +"-D"+ " "
// +Module.getVipaFix()+ " " +"-i"+ " " +ifName+ " " +"-d"+ " " +ANAddress+ " " +"-l"+ " "
// +""+port+ " " +"-r"+ " " +""+AnTsa);
// TODO PROVA
// par[0] = "upmtconf " + par[0];
// result = Shell.executeRootCommand(par);
// result = Module.upmtconf(par); // chiamata tramite JNI
result =
Module.upmtconf(
par, false); // se impostata a true chiamata a JNI altrimenti chiamata di sistema
// System.err.println(result);
int localTid = Module.getUpmtParameter(result, "TID");
if (localTid == 0) {
printLog("TUNNEL NON CREATO", Log.LEVEL_HIGH);
return 0;
}
localTidTable.put(ifName + ":" + ANAddress, new Integer(localTid));
UPMTClient.addRMETunnelsToGUI(ANAddress);
tidToANTable.put(new Integer(localTid), ANAddress);
return localTid;
}
public TunnelManager(UPMTClient upmtClient) {
TunnelManager.upmtClient = upmtClient;
// XXX put this somewhere in the GUI or in the conf file
extendedFilter = cfg.extendedFilter;
// Settings from file (or from default)
startPort = cfg.startPort;
portRange = cfg.portRange;
noUpmtMark = cfg.noUpmtMark;
rtTablesIndex = cfg.rtTablesIndex;
rtTablesIndexStart = rtTablesIndex;
realPortManager = new LocalPortmgr(startPort, portRange);
localTidTable = new Hashtable<String, Integer>();
anTable = new Hashtable<String, String>();
markTable = new HashMap<String, String>();
tidToANTable = new HashMap<Integer, String>();
// #ifndef ANDROID
result = Shell.executeCommand(new String[] {"sh", "-c", "ifconfig -a | grep upmt0"});
// #else
// result = Shell.executeCommand(new String[]{"sh", "-c", "netcfg | grep upmt0"});
// #endif
if (result.length() > 0) {
if (!UPMTClient.getRME()) { // in rme il modulo viene caricato lato server
// #ifndef ANDROID
/*versione prima del kernel 3.8*/
// result = Shell.executeCommand(new String[]{"modprobe", "-r", "xt_UPMT_ex"});
// result = Shell.executeCommand(new String[]{"modprobe", "-r", "xt_UPMT"});
// result = Shell.executeCommand(new String[]{"modprobe", "-r", "upmt"});
/*versione con kernel 3.8*/
try {
result =
Shell.executeCommand(
new String[] {
"modprobe", "-r", "upmt_" + InetAddress.getLocalHost().getHostName()
});
} catch (UnknownHostException e) {
// TODO Auto-generated catch block
e.printStackTrace();
}
// #else
// result = Shell.executeRootCommand(new String[]{"rmmod", "xt_UPMT_ex"});
// result = Shell.executeRootCommand(new String[]{"rmmod", "xt_UPMT"});
// result = Shell.executeRootCommand(new String[]{"rmmod", "upmt"});
// #endif
}
if (cfg.keepaliveKernel) {
// set keepalive interval and timeout in kernel
String[] par =
new String[] {"-k", "" + cfg.keepalivePeriod, "-T", "" + cfg.keepaliveTimeout};
String moduleResult = Module.upmtconf(par);
}
}
// #ifndef ANDROID
if (extendedFilter == 0) {
// xt_UPMT modules have been merged into upmt.ko (Sander)
// result = Shell.executeCommand(new String[]{"modprobe", "xt_UPMT"});
} else {
// xt_UPMT modules have been merged into upmt.ko (Sander)
// result = Shell.executeCommand(new String[]{"modprobe", "xt_UPMT_ex"});
try {
result =
Shell.executeCommand(
new String[] {"modprobe", "upmt_" + InetAddress.getLocalHost().getHostName()});
} catch (UnknownHostException e) {
// TODO Auto-generated catch block
e.printStackTrace();
}
}
result = Shell.executeCommand(new String[] {"ifconfig", "upmt0", Module.getVipaFix()});
// #else
// result = Shell.executeRootCommand(new String[]{"insmod", "/system/lib/modules/upmt.ko"});
// result = Shell.executeRootCommand(new String[]{"insmod",
// "/system/lib/modules/compat_xtables.ko"});
// if (extendedFilter == 0) {
// result = Shell.executeRootCommand(new String[]{"insmod",
// "/system/lib/modules/xt_UPMT.ko"});
// } else {
// result = Shell.executeRootCommand(new String[]{"insmod",
// "/system/lib/modules/xt_UPMT_ex.ko"});
// }
// result = Shell.executeRootCommand(new String[]{"ifconfig", "upmt0", Module.getVipaFix()});
// #endif
if (cfg.mtuOverride != 0) {
printLog(
"overriding upmt0 mtu, new value: " + Integer.toString((cfg.mtuOverride)),
Log.LEVEL_HIGH);
result =
Shell.executeCommand(
new String[] {"ifconfig", "upmt0", "mtu", Integer.toString(cfg.mtuOverride)});
}
Module.upmtconf(new String[] {"-V", "off"}); // Modalita' verbosa
// #ifndef ANDROID
result =
Shell.executeCommand(
new String[] {
"iptables",
"-t",
"mangle",
"-D",
"OUTPUT",
"-p",
"udp",
"--source-port",
"5060",
"-j",
"MARK",
"--set-mark",
noUpmtMark
});
result =
Shell.executeCommand(
new String[] {
"iptables",
"-t",
"mangle",
"-A",
"OUTPUT",
"-p",
"udp",
"--source-port",
"5060",
"-j",
"MARK",
"--set-mark",
noUpmtMark
});
result =
Shell.executeCommand(
new String[] {
"iptables",
"-t",
"mangle",
"-D",
"OUTPUT",
"--destination",
"127.0.0.1",
"-j",
"MARK",
"--set-mark",
noUpmtMark
});
result =
Shell.executeCommand(
new String[] {
"iptables",
"-t",
"mangle",
"-A",
"OUTPUT",
"--destination",
"127.0.0.1",
"-j",
"MARK",
"--set-mark",
noUpmtMark
});
result =
Shell.executeCommand(
new String[] {
"iptables",
"-D",
"OUTPUT",
"-p",
"udp",
"-o",
"upmt0",
"-m",
"conntrack",
"--ctstate",
"NEW",
"-j",
"UPMT"
});
result =
Shell.executeCommand(
new String[] {
"iptables",
"-A",
"OUTPUT",
"-p",
"udp",
"-o",
"upmt0",
"-m",
"conntrack",
"--ctstate",
"NEW",
"-j",
"UPMT"
});
result =
Shell.executeCommand(
new String[] {
"iptables",
"-D",
"OUTPUT",
"-p",
"tcp",
"-o",
"upmt0",
"-m",
"conntrack",
"--ctstate",
"NEW",
"-j",
"UPMT"
});
result =
Shell.executeCommand(
new String[] {
"iptables",
"-A",
"OUTPUT",
"-p",
"tcp",
"-o",
"upmt0",
"-m",
"conntrack",
"--ctstate",
"NEW",
"-j",
"UPMT"
});
// #else
// result = Shell.executeRootCommand(new String[]{"iptables", "-t", "mangle", "-D", "OUTPUT",
// "-p", "udp", "--source-port", "5060", "-j", "MARK", "--set-mark", noUpmtMark});
// result = Shell.executeRootCommand(new String[]{"iptables", "-t", "mangle", "-A", "OUTPUT",
// "-p", "udp", "--source-port", "5060", "-j", "MARK", "--set-mark", noUpmtMark});
//
// result = Shell.executeRootCommand(new String[]{"iptables", "-t", "mangle", "-D", "OUTPUT",
// "--destination", "127.0.0.1", "-j", "MARK", "--set-mark", noUpmtMark});
// result = Shell.executeRootCommand(new String[]{"iptables", "-t", "mangle", "-A", "OUTPUT",
// "--destination", "127.0.0.1", "-j", "MARK", "--set-mark", noUpmtMark});
//
// result = Shell.executeRootCommand(new String[]{"iptables", "-D", "OUTPUT", "-p", "udp",
// "-o", "upmt0", "-m", "conntrack", "--ctstate", "NEW", "-j", "UPMT"});
// result = Shell.executeRootCommand(new String[]{"iptables", "-A", "OUTPUT", "-p", "udp",
// "-o", "upmt0", "-m", "conntrack", "--ctstate", "NEW", "-j", "UPMT"});
//
// result = Shell.executeRootCommand(new String[]{"iptables", "-D", "OUTPUT", "-p", "tcp",
// "-o", "upmt0", "-m", "conntrack", "--ctstate", "NEW", "-j", "UPMT"});
// result = Shell.executeRootCommand(new String[]{"iptables", "-A", "OUTPUT", "-p", "tcp",
// "-o", "upmt0", "-m", "conntrack", "--ctstate", "NEW", "-j", "UPMT"});
// #endif
if (!addTable("upmt0")) printLog("upmt0 already present in rt_tables", Log.LEVEL_HIGH);
result = Shell.executeCommand(new String[] {"sh", "-c", "ip rule | grep 30000:"});
// #ifndef ANDROID
if (result.length() == 0)
result =
Shell.executeCommand(
new String[] {"ip", "rule", "add", "priority", "30000", "table", "upmt0_table"});
// #else
// if(result.length()==0) result = Shell.executeRootCommand(new String[]{"ip", "rule", "add",
// "priority", "30000", "table", "upmt0_table"});
// #endif
else printLog("ip rule already present (prio:30000)", Log.LEVEL_HIGH);
// #ifndef ANDROID
result = Shell.executeCommand(new String[] {"ip", "route", "flush", "table", "upmt0_table"});
result =
Shell.executeCommand(
new String[] {"ip", "route", "add", "default", "dev", "upmt0", "table", "upmt0_table"});
// #else
// result = Shell.executeRootCommand(new String[]{"ip", "route", "flush", "table",
// "upmt0_table"});
// result = Shell.executeRootCommand(new String[]{"ip", "route", "add", "default", "dev",
// "upmt0", "table", "upmt0_table"});
// #endif
result = Shell.executeCommand(new String[] {"sh", "-c", "ip rule | grep 29999:"});
// #ifndef ANDROID
if (result.length() == 0)
result =
Shell.executeCommand(
new String[] {
"ip", "rule", "add", "fwmark", noUpmtMark, "priority", "29999", "table", "main"
});
// #else
// if(result.length()==0) result = Shell.executeRootCommand(new String[]{"ip", "rule", "add",
// "fwmark", noUpmtMark, "priority", "29999", "table", "main"});
// #endif
else printLog("ip rule already present (prio:29999)", Log.LEVEL_HIGH);
// #ifndef ANDROID
result =
Shell.executeCommand(
new String[] {"iptables", "-t", "nat", "-D", "POSTROUTING", "-j", "MASQUERADE"});
if (!UPMTClient.getRME()) {
result =
Shell.executeCommand(
new String[] {"iptables", "-t", "nat", "-A", "POSTROUTING", "-j", "MASQUERADE"});
}
// #else
// result = Shell.executeRootCommand(new String[]{"iptables", "-t", "nat", "-D",
// "POSTROUTING", "-j", "MASQUERADE"});
// result = Shell.executeRootCommand(new String[]{"iptables", "-t", "nat", "-A",
// "POSTROUTING", "-j", "MASQUERADE"});
// #endif
// #ifndef ANDROID
result =
Shell.executeCommand(
new String[] {"sh", "-c", "echo 0 > /proc/sys/net/ipv4/conf/all/rp_filter"});
if (UPMTClient.getRME())
result =
Shell.executeCommand(new String[] {"sh", "-c", "echo 1 > /proc/sys/net/ipv4/ip_forward"});
// #else
// result = Shell.executeRootCommand(new String[]{"echo 0 >
// /proc/sys/net/ipv4/conf/all/rp_filter"});
// #endif
}