public void init() throws ServletException {
super.init();
try {
if (getServletContext().getAttribute("SessionData") == null) {
getServletContext().setAttribute("SessionData", new SessionData());
}
if (getServletContext().getAttribute("PeerIpMap") == null) {
getServletContext().setAttribute("PeerIpMap", new HashMap<String, String>());
}
if (getServletContext().getAttribute("ProtocolContainer") == null) {
PropertyMap thePropertyMap = new PropertyMap();
thePropertyMap.setProperty("routingprotocol.exchangedelay", "60");
thePropertyMap.setProperty(
"routingprotocol.persist", "true".equalsIgnoreCase(getInitParameter("persist")));
Set<String> theSupportedProtocols = new HashSet<String>();
theSupportedProtocols.add(RoutingProtocol.ID);
theSupportedProtocols.add(EchoProtocol.ID);
theSupportedProtocols.add(MessageProtocol.ID);
theSupportedProtocols.add(AsyncMessageProcotol.ID);
ProtocolContainer theProtocolContainer =
new ProtocolContainer(new ProtocolFactory(thePropertyMap), theSupportedProtocols);
getServletContext().setAttribute("ProtocolContainer", theProtocolContainer);
}
ServerInfo theServerInfo = new ServerInfo(Type.WEB);
theServerInfo.setServerURL(getServletConfig().getInitParameter("serverurl"));
getProtocolContainer().setServerInfo(theServerInfo);
WebPeer theWebPeer =
(WebPeer)
((RoutingProtocol) getProtocolContainer().getProtocol(RoutingProtocol.ID))
.getRoutingTable()
.getEntryForLocalPeer()
.getPeer();
theWebPeer.setEndPointContainer(
(EndPointContainer2) getServletContext().getAttribute("EndPoints"));
try {
RoutingProtocol theRoutingProtocol =
(RoutingProtocol) getProtocolContainer().getProtocol(RoutingProtocol.ID);
WebRoutingTableInspecter theInspector =
new WebRoutingTableInspecter(getSessionData(), getPeerIpMap());
theRoutingProtocol.setRoutingTableInspector(theInspector);
} catch (Exception e) {
LOGGER.error("Unable to get routingprotocol", e);
}
} catch (Exception e) {
throw new ServletException("Could not init p2p servlet", e);
}
}
public void setUp() throws Exception {
super.setUp();
// p1 <--> p2 <--> p3 peer 1 cannot reach peer 3
myProtocolContainer1 = getProtocolContainer(-1, false, "1");
myServer1 = getP2PServer(myProtocolContainer1, RoutingProtocol.START_PORT);
RoutingProtocol theRoutingProtocol1 =
(RoutingProtocol) myProtocolContainer1.getProtocol(RoutingProtocol.ID);
myTransferProtocl1 =
((AsyncTransferProtocol) myProtocolContainer1.getProtocol(AsyncTransferProtocol.ID));
myProtocolContainer2 = getProtocolContainer(-1, false, "2");
myServer2 = getP2PServer(myProtocolContainer2, RoutingProtocol.START_PORT + 1);
RoutingProtocol theRoutingProtocol2 =
(RoutingProtocol) myProtocolContainer2.getProtocol(RoutingProtocol.ID);
myTransferProtocol2 =
((AsyncTransferProtocol) myProtocolContainer2.getProtocol(AsyncTransferProtocol.ID));
assertTrue(myServer1.start());
assertTrue(myServer2.start());
theRoutingProtocol1.scanLocalSystem();
theRoutingProtocol2.scanLocalSystem();
Thread.sleep(SLEEP_AFTER_SCAN);
for (int i = 0; i < 5; i++) {
theRoutingProtocol1.exchangeRoutingTable();
theRoutingProtocol2.exchangeRoutingTable();
}
RoutingTable theRoutingTable1 =
((RoutingProtocol) myProtocolContainer1.getProtocol(RoutingProtocol.ID)).getRoutingTable();
RoutingTable theRoutingTable2 =
((RoutingProtocol) myProtocolContainer2.getProtocol(RoutingProtocol.ID)).getRoutingTable();
RoutingTableEntry thePeer2 =
theRoutingTable1.getEntryForPeer(theRoutingTable2.getLocalPeerId());
assertNotNull(thePeer2.getPeer());
assertTrue(thePeer2.isReachable());
}