public void AllocCriticalSize()
{
AprAllocator a = AprAllocator.Create();
Assert.IsFalse(a.IsNull, "#C01");
AprMemNode m = AllocHelper(a, 256, "#C02");
a.Free(m);
AprMemNode m1 = AllocHelper(a, 512, "#C03");
AprMemNode m2 = AllocHelper(a, 1024, "#C04");
a.Free(m2);
AprMemNode m3 = AllocHelper(a, 2048, "#C05");
AprMemNode m4 = AllocHelper(a, 4096, "#C06");
AprMemNode m5 = AllocHelper(a, 6148, "#C07");
a.Free(m5);
a.Free(m3);
a.Free(m1);
a.Free(m4);
m1 = AllocHelper(a, 9216, "#D02");
m2 = AllocHelper(a, 12265, "#D03");
m3 = AllocHelper(a, 16384, "#D04");
a.Free(m2);
a.Free(m3);
a.Free(m1);
a.Destroy();
Assert.IsTrue(a.IsNull, "#C08");
}
public void AllocLoopMaxFree()
{
AprAllocator a = AprAllocator.Create();
Assert.IsFalse(a.IsNull, "#E000001");
a.MaxFree = 81920;
int adrChange = 0;
int currAdr = 0;
int lastAdr = 0;
AprMemNode m;
for (int i = 24; i < (4096 * 512); i += 24)
{
m = AllocHelper(a, i, String.Format("#E{0,6}", i + 3));
currAdr = ((IntPtr)m).ToInt32();
if (lastAdr != currAdr)
{
lastAdr = currAdr;
adrChange++;
}
a.Free(m);
}
Assert.AreEqual(25, adrChange, 25, "#D000002"); // Normaly less than 10
a.Destroy();
Assert.IsTrue(a.IsNull, "#E000003");
}
public void AllocSimple()
{
AprAllocator a = AprAllocator.Create();
Assert.IsFalse(a.IsNull, "#B01");
AprMemNode m = AllocHelper(a, 256, "#B02");
a.Free(m);
a.Destroy();
Assert.IsTrue(a.IsNull, "#B03");
}