struct InterfaceController* InterfaceController_new(struct CryptoAuth* ca,
struct SwitchCore* switchCore,
struct Log* logger,
struct EventBase* eventBase,
struct SwitchPinger* switchPinger,
struct Random* rand,
struct Allocator* allocator,
struct EventEmitter* ee)
{
struct Allocator* alloc = Allocator_child(allocator);
struct InterfaceController_pvt* out =
Allocator_malloc(alloc, sizeof(struct InterfaceController_pvt));
Bits_memcpy(out, (&(struct InterfaceController_pvt) {
.alloc = alloc,
.ca = ca,
.rand = rand,
.switchCore = switchCore,
.logger = logger,
.eventBase = eventBase,
.switchPinger = switchPinger,
.unresponsiveAfterMilliseconds = UNRESPONSIVE_AFTER_MILLISECONDS,
.pingAfterMilliseconds = PING_AFTER_MILLISECONDS,
.timeoutMilliseconds = TIMEOUT_MILLISECONDS,
.forgetAfterMilliseconds = FORGET_AFTER_MILLISECONDS,
.beaconInterval = BEACON_INTERVAL,
.pingInterval = (switchPinger)
? Timeout_setInterval(pingCallback,
out,
PING_INTERVAL_MILLISECONDS,
eventBase,
alloc)
: NULL
}), sizeof(struct InterfaceController_pvt));
struct SupernodeHunter* SupernodeHunter_new(struct Allocator* allocator,
struct Log* log,
struct EventBase* base,
struct AddrSet* peers,
struct MsgCore* msgCore,
struct Address* myAddress)
{
struct Allocator* alloc = Allocator_child(allocator);
struct SupernodeHunter_pvt* out =
Allocator_calloc(alloc, sizeof(struct SupernodeHunter_pvt), 1);
out->authorizedSnodes = AddrSet_new(alloc);
out->peers = peers;
out->base = base;
out->nodes = AddrSet_new(alloc);
//out->timeSnodeCalled = Time_currentTimeMilliseconds(base);
out->snodeCandidates = AddrSet_new(alloc);
out->log = log;
out->alloc = alloc;
out->msgCore = msgCore;
out->myAddress = myAddress;
out->selfAddrStr = String_newBinary(myAddress->ip6.bytes, 16, alloc);
Identity_set(out);
Timeout_setInterval(pingCycle, out, CYCLE_MS, base, alloc);
return &out->pub;
}
struct Security* Security_new(struct Allocator* alloc, struct Log* log, struct EventBase* base)
{
struct Security_pvt* sec = Allocator_calloc(alloc, sizeof(struct Security_pvt), 1);
Identity_set(sec);
sec->setupAlloc = Allocator_child(alloc);
Timeout_setInterval(fail, sec, 20000, base, sec->setupAlloc);
sec->log = log;
return &sec->pub;
}
struct ReachabilityCollector* ReachabilityCollector_new(struct Allocator* allocator,
struct MsgCore* msgCore,
struct Log* log,
struct EventBase* base,
struct BoilerplateResponder* br,
struct Address* myAddr)
{
struct Allocator* alloc = Allocator_child(allocator);
struct ReachabilityCollector_pvt* rcp =
Allocator_calloc(alloc, sizeof(struct ReachabilityCollector_pvt), 1);
rcp->myAddr = myAddr;
rcp->msgCore = msgCore;
rcp->alloc = alloc;
rcp->piList = ArrayList_OfPeerInfo_pvt_new(alloc);
rcp->log = log;
rcp->br = br;
Identity_set(rcp);
Timeout_setInterval(cycle, rcp, 2000, base, alloc);
return &rcp->pub;
}
static void start(struct Allocator* alloc,
struct Log* logger,
struct EventBase* base,
struct Random* rand,
RunTest* runTest)
{
struct TestFramework* a =
TestFramework_setUp("\xad\x7e\xa3\x26\xaa\x01\x94\x0a\x25\xbc\x9e\x01\x26\x22\xdb\x69"
"\x4f\xd9\xb4\x17\x7c\xf3\xf8\x91\x16\xf3\xcf\xe8\x5c\x80\xe1\x4a",
alloc, base, rand, logger);
//"publicKey": "kmzm4w0kj9bswd5qmx74nu7kusv5pj40vcsmp781j6xxgpd59z00.k",
//"ipv6": "fc41:94b5:0925:7ba9:3959:11ab:a006:367a",
struct TestFramework* b =
TestFramework_setUp("\xd8\x54\x3e\x70\xb9\xae\x7c\x41\xbc\x18\xa4\x9a\x9c\xee\xca\x9c"
"\xdc\x45\x01\x96\x6b\xbd\x7e\x76\xcf\x3a\x9f\xbc\x12\xed\x8b\xb4",
alloc, base, rand, logger);
//"publicKey": "vz21tg07061s8v9mckrvgtfds7j2u5lst8cwl6nqhp81njrh5wg0.k",
//"ipv6": "fc1f:5b96:e1c5:625d:afde:2523:a7fa:383a",
struct TwoNodes* out = Allocator_calloc(alloc, sizeof(struct TwoNodes), 1);
Identity_set(out);
out->tunB.send = incomingTunB;
out->tunA.send = incomingTunA;
Iface_plumb(&out->tunB, b->tunIf);
Iface_plumb(&out->tunA, a->tunIf);
out->nodeB = b;
out->nodeA = a;
out->logger = logger;
out->checkLinkageTimeout = Timeout_setInterval(checkLinkage, out, 1, base, alloc);
out->base = base;
out->startTime = Time_currentTimeMilliseconds(base);
out->runTest = runTest;
Log_debug(a->logger, "Waiting for nodes to link asynchronously...");
}
void TUNTools_echoTest(struct Sockaddr* udpBindTo,
struct Sockaddr* tunDestAddr,
TUNTools_Callback tunMessageHandler,
struct Iface* tun,
struct EventBase* base,
struct Log* logger,
struct Allocator* allocator)
{
struct Allocator* alloc = Allocator_child(allocator);
struct AddrIface* udp = setupUDP(base, udpBindTo, alloc, logger);
struct Sockaddr* dest = Sockaddr_clone(udp->addr, alloc);
uint8_t* tunDestAddrBytes = NULL;
uint8_t* udpDestPointer = NULL;
int len = Sockaddr_getAddress(dest, &udpDestPointer);
Assert_true(len && len == Sockaddr_getAddress(tunDestAddr, &tunDestAddrBytes));
Bits_memcpy(udpDestPointer, tunDestAddrBytes, len);
struct TUNTools_pvt* ctx = Allocator_calloc(alloc, sizeof(struct TUNTools_pvt), 1);
Identity_set(ctx);
ctx->pub.udpIface.send = receiveMessageUDP;
ctx->pub.tunIface.send = receiveMessageTUN;
Iface_plumb(&ctx->pub.udpIface, &udp->iface);
Iface_plumb(&ctx->pub.tunIface, tun);
ctx->pub.cb = tunMessageHandler;
ctx->pub.tunDestAddr = Sockaddr_clone(dest, alloc);
ctx->pub.udpBindTo = Sockaddr_clone(udpBindTo, alloc);
ctx->pub.alloc = alloc;
ctx->pub.log = logger;
ctx->pub.base = base;
Timeout_setInterval(sendHello, ctx, 1000, base, alloc);
Timeout_setTimeout(fail, NULL, 10000, base, alloc);
EventBase_beginLoop(base);
}
