public void TestQuerySimpleTrippleStressTiming()
{
PreTest.Init();
Log log = new Log("Test streaming database");
log.EnableTrace = true;
IXStreamDatabase db = new MyCaffeStreamDatabase(log);
try
{
string strSchema = "ConnectionCount=3;";
string strParam = "Connection=TestCon;Table=TestTbl;Field=TestField;";
strParam = ParamPacker.Pack(strParam);
strSchema += "Connection0_CustomQueryName=Test1;";
strSchema += "Connection0_CustomQueryParam=" + strParam + ";";
strSchema += "Connection1_CustomQueryName=Test2;";
strSchema += "Connection1_CustomQueryParam=" + strParam + ";";
strSchema += "Connection2_CustomQueryName=Test3;";
strSchema += "Connection2_CustomQueryParam=" + strParam + ";";
((MyCaffeStreamDatabase)db).AddDirectQuery(new CustomQuery1());
((MyCaffeStreamDatabase)db).AddDirectQuery(new CustomQuery2());
((MyCaffeStreamDatabase)db).AddDirectQuery(new CustomQuery3());
DateTime dt = DateTime.Today;
string strSettings = "QueryCount=5;Start=" + dt.ToShortDateString() + ";TimeSpanInMs=60000;SegmentSize=1;MaxCount=10;";
db.Initialize(QUERY_TYPE.SYNCHRONIZED, strSchema + strSettings);
int[] rgSize = db.QuerySize();
log.CHECK(rgSize != null, "The Query size should not be null.");
log.CHECK_EQ(rgSize.Length, 3, "The query size should have 3 items.");
log.CHECK_EQ(rgSize[0], 1, "The query size item 0 should be 1.");
log.CHECK_EQ(rgSize[1], 6, "The query size item 1 should be 3 for three fields (q1:sync,data; q2:data).");
log.CHECK_EQ(rgSize[2], 5, "The query size item 2 should be 5 for the number of items queried.");
int nDataIdx = 0;
int nH = rgSize[1];
int nW = rgSize[2];
int nCount = nH * nW;
List <SimpleDatum> rgSd = new List <SimpleDatum>();
Stopwatch sw = new Stopwatch();
int nIter = 10000;
sw.Start();
for (int i = 0; i < nIter; i++)
{
rgSd.Add(db.Query(int.MaxValue));
}
sw.Stop();
double dfMs = sw.Elapsed.TotalMilliseconds;
double dfMsPerQuery = dfMs / nIter;
log.WriteLine("Total Time = " + dfMs.ToString() + " ms, Ave time per query = " + dfMsPerQuery.ToString() + " ms.");
for (int i = 0; i < rgSd.Count; i++)
{
SimpleDatum sd = rgSd[i];
log.CHECK(sd != null, "The SD returned should not be null.");
log.CHECK_EQ(sd.ItemCount, nCount, "There should be " + rgSize[1].ToString() + "x" + rgSize[2].ToString() + " items in the data.");
log.CHECK_EQ(sd.Channels, rgSize[0], "The channels are not as expected.");
log.CHECK_EQ(sd.Height, rgSize[1], "The height is not as expected.");
log.CHECK_EQ(sd.Width, rgSize[2], "The width is not as expected.");
for (int j = 0; j < nW; j++)
{
DateTime dt1 = Utility.ConvertTimeFromMinutes(sd.GetDataAtD(j));
log.CHECK(dt1 == dt, "The time sync is incorrect.");
dt += TimeSpan.FromMinutes(1);
double df1 = sd.GetDataAtD((nW * 1) + j);
int nVal1 = (int)df1;
log.CHECK_EQ(nVal1, nDataIdx, "The data value is incorrect.");
double df2 = sd.GetDataAtD((nW * 2) + j);
int nVal2 = (int)df2;
log.CHECK_EQ(nVal2, nDataIdx, "The data value is incorrect.");
double df3 = sd.GetDataAtD((nW * 3) + j);
int nVal3 = (int)df3;
log.CHECK_EQ(nVal3, nDataIdx, "The data value is incorrect.");
double df4 = sd.GetDataAtD((nW * 4) + j);
int nVal4 = (int)df4;
log.CHECK_EQ(nVal4, nDataIdx, "The data value is incorrect.");
double df5 = sd.GetDataAtD((nW * 5) + j);
int nVal5 = (int)df5;
log.CHECK_EQ(nVal5, nDataIdx, "The data value is incorrect.");
nDataIdx++;
}
}
}
finally
{
db.Shutdown();
}
}
