forwarder.createConnectionRequestSuffix(function(suffix){
if (forwarder.remoteInfo.tcp){
var s = forwarder.remoteInfo.tcp.port
forwarder.remoteInfo.tcp.port = 999;
forwarder.addConnection = function(){
listenerRes.addTriggered = true;
connectionCount++
done();
}
} else {
forwarder.interfaces.dispatch = function(element, faceFlag){
console.log("dispatch triggered in ")
connectionCount++
done();
}
}
var inst = new ndn.Interest(new ndn.Name("addConnectionListener"))
inst.name.append(suffix)
var element = inst.wireEncode();
forwarder.handleInterest(element, 0)
assert(!listenerRes.CLBlock)
assert(!listenerRes.CLNonBlock)
if (forwarder.remoteInfo.tcp){
forwarder.remoteInfo.tcp.port = s;
}
})
forwarder.createConnectionRequestSuffix(function(suffix){
if (forwarder.remoteInfo.tcp){
var s = forwarder.remoteInfo.tcp.port
forwarder.remoteInfo.tcp.port = 888
forwarder.addConnection = function(){
assert(false, "should not trigger addConnections after 1");
}
} else {
forwarder.interfaces.dispatch = function(element, faceFlag){
assert(false, "should not trigger addConnections after 1");
connectionCount++;
}
}
var inst = new ndn.Interest(new ndn.Name("addConnectionListener"))
inst.name.append(suffix)
var element = inst.wireEncode();
forwarder.setMaxConnections(10);
forwarder.handleInterest(element, 0)
assert(listenerRes.CLBlock)
assert(listenerRes.CLNonBlock)
if (forwarder.remoteInfo.tcp){
forwarder.remoteInfo.tcp.port = s;
}else {
}
done();
})
it("should trigger all nonBlocking Listeners on longest prefix", function(){
var inst = new ndn.Interest(new ndn.Name("crossPlatform/blocking/test/ordering/top"))
var element = inst.wireEncode();
forwarder.handleInterest(element, 0);
console.log("got past handleInterest")
assert(listenerRes.firstNonBlockingTriggered);
assert(listenerRes.secondNonBlockingTriggered);
})
it("should unblock if not parseAble or fulfillable as a connection request", function(){
listenerRes.CLBlock = false;
listenerRes.CLNonBlock = false;
var inst = new ndn.Interest(new ndn.Name("addConnectionListener/realrequest"))
var element = inst.wireEncode();
forwarder.handleInterest(element, 0)
assert(listenerRes.CLBlock)
assert(listenerRes.CLNonBlock)
})
it("should not dispatch to face that data was received on", function(){
var inst = new ndn.Interest(new ndn.Name("test/forwarding/long"))
var element = inst.wireEncode();
forwarder.interfaces.dispatch = function(element, faceFlag){
assert((faceFlag & (1<<5)), "5th bit should be set")
assert(!(faceFlag & (1<<4)))
assert((faceFlag & (1<<3)))
assert(!(faceFlag & (1<<2)))
}
forwarder.handleInterest(element, 4);
})
forwarder.createConnectionRequestSuffix(function(suffix){
var inst = new ndn.Interest(new ndn.Name("addConnectionListener"))
inst.name.append(suffix)
var element = inst.wireEncode();
forwarder.setMaxConnections(6);
forwarder.handleInterest(element, 0)
assert(listenerRes.CLBlock)
assert(listenerRes.CLNonBlock)
done();
})
it("should trigger dispatch with same faceID, and a raw data packet", function(){
forwarder.interfaces.dispatch = function(element, faceFlag){
assert((faceFlag & (1<<2)))
var data = new ndn.Data()
data.wireDecode(element)
assert(data.name.toUri() === "/cache/hit/test");
}
var inst = new ndn.Interest(new ndn.Name("cache/hit/test"))
var element = inst.wireEncode();
forwarder.handleInterest(element, 2)
})
it("should dispatch with expected faceFlag", function(){
var inst = new ndn.Interest(new ndn.Name("test/forwarding/long"))
var element = inst.wireEncode();
console.log(element)
forwarder.interfaces.dispatch = function(element, faceFlag){
console.log("DISPATCH: " + faceFlag)
assert((faceFlag & (1<<5)), "5th bit should be set")
assert((faceFlag & (1<<4)), "4th bit should be set")
assert((faceFlag & (1<<3)), "3rd bit should be set")
assert(!(faceFlag & (1<<2)), "2nd bit should NOT be set")
}
forwarder.handleInterest(element, 0)
})
describe("Forwarder.handleData", function(){
var saveDispatch
var inst = new ndn.Interest(new ndn.Name("forward/test"))
inst.setInterestLifetimeMilliseconds(1000);
var element = inst.wireEncode()
var data = new ndn.Data(new ndn.Name("forward/test/matching"), new ndn.SignedInfo(), "success")
data.signedInfo.setFields()
data.sign()
var dataElement = data.wireEncode();
before(function(){
saveDispatch = forwarder.interfaces.dispatch;
forwarder.pit.insertPitEntry(inst.wireEncode(), inst, 9)
})
it("should dispatch to matching pit entries", function(){
forwarder.interfaces.dispatch = function(element, faceFlag){
assert((faceFlag & (1<<9)))
}
forwarder.handleData(dataElement, 8);
})
it("should not dispatch if no pit entries (or duplicate)", function(){
forwarder.interfaces.dispatch = function(element, faceFlag){
console.log(faceFlag)
assert(false)
}
forwarder.handleData(dataElement, 8)
})
it("should cache", function(){
forwarder.interfaces.dispatch = function(eelement, faceFlag){
assert((faceFlag & (1<<10)))
var d = new ndn.Data()
d.wireDecode(eelement);
assert(d.name.toUri() === "/forward/test/matching")
}
forwarder.handleInterest(element, 10)
})
after(function(){
forwarder.interfaces.dispatch = saveDispatch;
})
})
before(function(){
saveDispatch = forwarder.interfaces.dispatch;
forwarder.pit.insertPitEntry(inst.wireEncode(), inst, 9)
})