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#include "stdafx.h"
#include "udp_test.h"
#include "udp_client_server.h"
#include "udp_http.h"
#include "cpu_affinity.h"
#include <util/system/hp_timer.h>
#include <util/datetime/cputimer.h>
#include <util/random/random.h>
#include <util/random/fast.h>
namespace NNetliba {
//static void PacketLevelTest(bool client)
//{
// int port = client ? 0 : 13013;
// TIntrusivePtr<IUdpHost> host = CreateUdpHost(&port);
//
// if(host == 0) {
// exit(-1);
// }
// TUdpAddress serverAddr = CreateAddress("localhost", 13013);
// vector<char> dummyPacket;
// dummyPacket.resize(10000);
// srand(GetCycleCount());
//
// for (int i = 0; i < dummyPacket.size(); ++i)
// dummyPacket[i] = rand();
// bool cont = true, hasReply = true;
// int reqCount = 1;
// for (int i = 0; cont; ++i) {
// host->Step();
// if (client) {
// //while (host->HasPendingData(serverAddr))
// // Sleep(0);
// if (hasReply) {
// printf("request %d\n", reqCount);
// *(int*)&dummyPacket[0] = reqCount;
// host->Send(serverAddr, dummyPacket, 0, PP_NORMAL);
// hasReply = false;
// ++reqCount;
// }else
// sleep(0);
//
// TRequest *req;
// while (req = host->GetRequest()) {
// int n = *(int*)&req->Data[0];
// printf("received response %d\n", n);
// Y_ASSERT(memcmp(&req->Data[4], &dummyPacket[4], dummyPacket.size() - 4) == 0);
// delete req;
// hasReply = true;
// }
// TSendResult sr;
// while (host->GetSendResult(&sr)) {
// if (!sr.Success) {
// printf("Send failed!\n");
// //Sleep(INFINITE);
// hasReply = true;
// }
// }
// } else {
// while (TRequest *req = host->GetRequest()) {
// int n = *(int*)&req->Data[0];
// printf("responding %d\n", n);
// host->Send(req->Address, req->Data, 0, PP_NORMAL);
// delete req;
// }
// TSendResult sr;
// while (host->GetSendResult(&sr)) {
// if (!sr.Success) {
// printf("Send failed!\n");
// sleep(0);
// }
// }
// sleep(0);
// }
// }
//}
static void SessionLevelTest(bool client, const char* serverName, int packetSize, int packetsInFly, int srcPort) {
BindToSocket(0);
TIntrusivePtr<IRequester> reqHost;
// reqHost = CreateHttpUdpRequester(13013);
reqHost = CreateHttpUdpRequester(client ? srcPort : 13013);
TUdpAddress serverAddr = CreateAddress(serverName, 13013);
TVector<char> dummyPacket;
dummyPacket.resize(packetSize);
TReallyFastRng32 rr((unsigned int)GetCycleCount());
for (size_t i = 0; i < dummyPacket.size(); ++i)
dummyPacket[i] = (char)rr.Uniform(256);
bool cont = true;
NHPTimer::STime t;
NHPTimer::GetTime(&t);
THashMap<TGUID, bool, TGUIDHash> seenReqs;
if (client) {
THashMap<TGUID, bool, TGUIDHash> reqList;
int packetsSentCount = 0;
TUdpHttpRequest* udpReq;
for (int i = 1; cont; ++i) {
for (;;) {
udpReq = reqHost->GetRequest();
if (udpReq == nullptr)
break;
udpReq->Data.resize(10);
reqHost->SendResponse(udpReq->ReqId, &udpReq->Data);
delete udpReq;
}
while (TUdpHttpResponse* res = reqHost->GetResponse()) {
THashMap<TGUID, bool, TGUIDHash>::iterator z = reqList.find(res->ReqId);
if (z == reqList.end()) {
printf("Unexpected response\n");
abort();
}
reqList.erase(z);
if (res->Ok) {
++packetsSentCount;
//Y_ASSERT(res->Data == dummyPacket);
NHPTimer::STime tChk = t;
if (NHPTimer::GetTimePassed(&tChk) > 1) {
printf("packet size = %d\n", dummyPacket.ysize());
double passedTime = NHPTimer::GetTimePassed(&t);
double rate = packetsSentCount / passedTime;
printf("packet rate %g, transfer %gmb\n", rate, rate * dummyPacket.size() / 1000000);
packetsSentCount = 0;
}
} else {
printf("Failed request!\n");
//Sleep(INFINITE);
}
delete res;
}
while (reqList.ysize() < packetsInFly) {
*(int*)&dummyPacket[0] = i;
TVector<char> fakePacket = dummyPacket;
TGUID req2 = reqHost->SendRequest(serverAddr, "blaxuz", &fakePacket);
reqList[req2];
}
reqHost->GetAsyncEvent().Wait();
}
} else {
TUdpHttpRequest* req;
for (;;) {
req = reqHost->GetRequest();
if (req) {
if (seenReqs.find(req->ReqId) != seenReqs.end()) {
printf("Request %s recieved twice!\n", GetGuidAsString(req->ReqId).c_str());
}
seenReqs[req->ReqId];
req->Data.resize(10);
reqHost->SendResponse(req->ReqId, &req->Data);
delete req;
} else {
reqHost->GetAsyncEvent().Wait();
}
}
}
}
void RunUdpTest(bool client, const char* serverName, int packetSize, int packetsInFly, int srcPort) {
//PacketLevelTest(client);
SessionLevelTest(client, serverName, packetSize, packetsInFly, srcPort);
}
}
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