public TestResultGrp EnumerationDouble()
{
clearData = false;
const int numberTestRuns = 5;
TestRunner tr = new TestRunner(0, numberTestRuns);
//itialise test data
const int collIncrease = 5;
StronglyTypedDouble(numberIterations * collIncrease);
ArrayList(numberIterations * collIncrease);
TestGroup tgStrong = new TestGroup(new TestRunner.TestCase(this.StronglyTypedEnum),
new TestRunner.TestCleanup(TestRunner.GCCollect), new TestRunner.TestCleanup(TestRunner.GCCollect),
new TestRunner.TestValidity(TestRunner.TestOK));
tr.AddTestGroup(tgStrong);
TestGroup tgAL = new TestGroup(new TestRunner.TestCase(this.ArrayListEnum),
new TestRunner.TestCleanup(TestRunner.GCCollect), new TestRunner.TestCleanup(TestRunner.GCCollect),
new TestRunner.TestValidity(TestRunner.TestOK));
tr.AddTestGroup(tgAL);
return(tr.RunTests(null));
}
public TestResultGrp WriteTest()
{
const int numberIterations = 1;
const int numberTestRuns = 5;
TestRunner tr = new TestRunner(numberIterations, numberTestRuns);
TestGroup tgComp = new TestGroup(new TestRunner.TestCase(CompressedWrite), new TestRunner.TestCleanup(ReadInit),
new TestRunner.TestCleanup(WriteCleanUp), new TestRunner.TestValidity(TestRunner.TestOK));
TestGroup tgUnComp = new TestGroup(new TestRunner.TestCase(UncompressedWrite), new TestRunner.TestCleanup(ReadInit),
new TestRunner.TestCleanup(WriteCleanUp), new TestRunner.TestValidity(TestRunner.TestOK));
tr.AddTestGroup(tgComp);
tr.AddTestGroup(tgUnComp);
return(tr.RunTests(null));
}
public TestResultGrp RunTest()
{
const int numberIterations = 1;
const int numberTestRuns = 3;
TestRunner tr = new TestRunner(numberIterations, numberTestRuns);
tr.AddTestGroup(new TestGroup(new TestRunner.TestCase(BoxedInt),
new TestRunner.TestCleanup(LoadDocument), new TestRunner.TestCleanup(TestRunner.NoOp),
new TestRunner.TestValidity(TestRunner.TestOK)));
tr.AddTestGroup(new TestGroup(new TestRunner.TestCase(IntHolder),
new TestRunner.TestCleanup(LoadDocument), new TestRunner.TestCleanup(TestRunner.NoOp),
new TestRunner.TestValidity(TestRunner.TestOK)));
tr.AddTestGroup(new TestGroup(new TestRunner.TestCase(Interface),
new TestRunner.TestCleanup(LoadDocument), new TestRunner.TestCleanup(TestRunner.NoOp),
new TestRunner.TestValidity(TestRunner.TestOK)));
return(tr.RunTests(null));
}
public TestResultGrp ReadTest()
{
const int numberIterations = 1;
const int numberTestRuns = 5;
TestRunner tr = new TestRunner(numberIterations, numberTestRuns);
TestGroup tgComp = new TestGroup(new TestRunner.TestCase(CompressedRead), new TestRunner.TestCleanup(ReadInit),
new TestRunner.TestCleanup(TestRunner.NoOp), new TestRunner.TestValidity(TestRunner.TestOK));
TestGroup tgUnComp = new TestGroup(new TestRunner.TestCase(UncompressedRead), new TestRunner.TestCleanup(ReadInit),
new TestRunner.TestCleanup(TestRunner.NoOp), new TestRunner.TestValidity(TestRunner.TestOK));
tr.AddTestGroup(tgComp);
tr.AddTestGroup(tgUnComp);
TestResultGrp ret = tr.RunTests(null);
File.Delete(_fileName + ".cmp");
return(ret);
}
public TestResultGrp BasicManipulationDouble()
{
const int numberTestRuns = 5;
clearData = true;
TestRunner tr = new TestRunner(numberIterations, numberTestRuns);
TestGroup tgStrong = new TestGroup(new TestRunner.TestCase(this.StronglyTypedDouble),
new TestRunner.TestCleanup(TestRunner.GCCollect), new TestRunner.TestCleanup(TestRunner.NoOp),
new TestRunner.TestValidity(TestRunner.TestOK));
tr.AddTestGroup(tgStrong);
TestGroup tgAL = new TestGroup(new TestRunner.TestCase(this.ArrayList),
new TestRunner.TestCleanup(TestRunner.GCCollect), new TestRunner.TestCleanup(TestRunner.NoOp),
new TestRunner.TestValidity(TestRunner.TestOK));
tr.AddTestGroup(tgAL);
return(tr.RunTests(null));
}
public static TestResultGrp RunTest()
{
const int numberIterations = 10000;
const int numberTestRuns = 2;
TestRunner tr = new TestRunner(numberIterations, numberTestRuns);
TestGroup tgDisposed = new TestGroup(new TestRunner.TestCase(HandleCollector.Disposed),
new TestRunner.TestCleanup(HandleCollector.InitialiseStream), new TestRunner.TestCleanup(TestRunner.NoOp),
new TestRunner.TestValidity(TestRunner.TestOK));
tr.AddTestGroup(tgDisposed);
TestGroup tgCollected = new TestGroup(new TestRunner.TestCase(HandleCollector.Collected),
new TestRunner.TestCleanup(HandleCollector.InitialiseStream), new TestRunner.TestCleanup(TestRunner.NoOp),
new TestRunner.TestValidity(TestRunner.TestOK));
tr.AddTestGroup(tgCollected);
return(tr.RunTests(null));
}
public TestResultGrp RunTestWithGC()
{
const int numberIterations = 50000000;
const int numberTestRuns = 5;
TestRunner tr = new TestRunner(numberIterations, numberTestRuns);
TestGroup tgTechnique1 = new TestGroup(
new TestRunner.TestCase(Technique1), //test case
new TestRunner.TestCleanup(ForceGC), //force a GC before test
new TestRunner.TestCleanup(TestRunner.NoOp), //no action after test
new TestRunner.TestValidity(TestRunner.TestOK)); //default validity test
tr.AddTestGroup(tgTechnique1);
TestGroup tgTechnique2 = new TestGroup(
new TestRunner.TestCase(Technique2),
new TestRunner.TestCleanup(ForceGC),
new TestRunner.TestCleanup(TestRunner.NoOp),
new TestRunner.TestValidity(TestRunner.TestOK));
tr.AddTestGroup(tgTechnique2);
return(tr.RunTests(null));
}
