private static void AssertEqualClpAzlps(List<CoalesceLogPartsBuilder> plclpExpected, AzLogParts azlps, string sTest)
{
Assert.AreEqual(plclpExpected.Count, azlps.m_plazlp.Values.Count);
for (int iclp = 0; iclp < plclpExpected.Count; iclp++)
{
CoalesceLogPartsBuilder clp = plclpExpected[iclp];
Assert.AreEqual(new DateTime(clp.nYearMin, clp.nMonthMin, clp.nDayMin, clp.nHourMin, 0, 0), azlps.m_plazlp.Values[iclp].DttmMin,
"{0}: index {1} match(min) check", sTest, iclp);
Assert.AreEqual(new DateTime(clp.nYearMax, clp.nMonthMax, clp.nDayMax, clp.nHourMax, 0 , 0), azlps.m_plazlp.Values[iclp].DttmMac,
"{0}: index {1} match(max) check", sTest, iclp);
Assert.AreEqual(AzlpsFromNum(clp.nState), azlps.m_plazlp.Values[iclp].State,
"{0}: index {1} match check(state)", sTest, iclp);
}
}
private static AzLogParts AzlpsFromClp(List<CoalesceLogPartsBuilder> plclp)
{
AzLogParts azlps = new AzLogParts();
foreach (CoalesceLogPartsBuilder clp in plclp)
{
AzLogPart azlp = AzLogPart.Create(new DateTime(clp.nYearMin, clp.nMonthMin, clp.nDayMin, clp.nHourMin, 0, 0),
new DateTime(clp.nYearMax, clp.nMonthMax, clp.nDayMax, clp.nHourMax, 0, 0),
AzlpsFromNum(clp.nState));
azlps.m_plazlp.Add(azlp.DttmMin, azlp);
}
return azlps;
}
public static void TestFindPart(int[] rgnKeys, int nFind, int iExpected, bool fMatchExpected)
{
AzLogParts azlp = new AzLogParts();
foreach (int n in rgnKeys)
azlp.m_plazlp.Add(new DateTime(2000 + n, 1, 1), null);
bool fMatched;
int iResult = azlp.IazlpFindPart(new DateTime(2000 + nFind, 1, 1), out fMatched);
Assert.AreEqual(iExpected, iResult);
Assert.AreEqual(fMatchExpected, fMatched);
}