public void SPRecalculateRecurse()
{
ISPTest spHelper = makeSPHelper("RecalculateRecurse", m_connectionString);
spHelper.InitData();
int res = spHelper.Run(503, 2);
Assert.AreEqual(2, res);
}
public void SPRecalculateCostsForAssembly()
{
ISPTest spHelper = makeSPHelper("RecalculateCostsForAssembly", m_connectionString);
spHelper.InitData();
// 1 SPRecalculateCostSimple
int res = spHelper.Run(501); // just own cost, no compound
Assert.AreEqual(10, res);
// 2 SPRecalculateCostCompoundOne
res = spHelper.Run(503); // 503 own cost + 501 own cost
Assert.AreEqual(40, res);
// 3 SPRecalculateCostCompoundOneQuant2
res = spHelper.Run(504); // 504 + 2*502
Assert.AreEqual(80, res);
// 4 SPRecalculateCostCompoundTwo
res = spHelper.Run(505); // 505 + (501 + 502)
Assert.AreEqual(80, res);
// 5 SPRecalculateCostCompoundTwoQuant2
res = spHelper.Run(506); // 506 + (2*501 + 2*502)
Assert.AreEqual(120, res);
// 6 SPRecalculateCostCompoundLev2
res = spHelper.Run(507); // 507 + (2*504 + 2*505)
Assert.AreEqual(390, res);
// 7 SPRecalculateCostCompoundComplex
// 80 (own) + 4*501 + 3*502 + 2*503 + 2*504 + 3*505 + 2*506 + 507 =
// 80 + 40 + 60 + 2*40 + 2*80 + 3*80 + 2*120 + 390 =
// 180 + 80 + 160 + 240 + 240 + 390 =
// 1290
res = spHelper.Run(508);
Assert.AreEqual(1290, res);
// 8 SPRecalculateCostNoOwnCost()
res = spHelper.Run(500); // 0 + 5*502 + 507
Assert.AreEqual(490, res);
// 9 SPRecalculateCostZeroPartInFirstLevel()
// Tests the fetch loop on the subparts of the next sublevel,
// specifically the case when one of the sublevel parts returns 0 cost
res = spHelper.Run(511); // 1000 + 12 + 0 = 1012
Assert.AreEqual(1012, res);
}
