private static bool DrivePartitionAlgorithm_Sequential(PartitionAlgorithmTest t)
{
bool passed = true;
//
// These tests ensure that all of the source elements are represented in the output.
// We use different combinations of consumption and data/partition sizes.
//
// -- IEnumerable data source --
passed &= t.RunPartA1_IEnumerable(1024 * 2, 8); // even # of data elements
passed &= t.RunPartA1_IEnumerable(1023 * 3, 8); // odd # of data elements
passed &= t.RunPartA1_IEnumerable(1024 * 2, 3); // strange partition count
passed &= t.RunPartA1_IEnumerable(0, 8); // empty data size
passed &= t.RunPartA1_IEnumerable(1, 8); // small data size
passed &= t.RunPartA1_IEnumerable(2048, 1); // one partition
// Do a ref and value type:
passed &= t.RunPartA2_IEnumerable_DrainOneThenNext <object>(1024, 4, delegate { return(new object()); });
passed &= t.RunPartA2_IEnumerable_DrainOneThenNext <float>(1024, 4, delegate(int i) { return((float)i); });
passed &= t.RunPartA2_IEnumerable_DrainOneThenNext <object>(1024 * 8, 8, delegate { return(new object()); });
passed &= t.RunPartA2_IEnumerable_DrainOneThenNext <float>(1024 * 8, 8, delegate(int i) { return((float)i); });
passed &= t.RunPartA3_IEnumerable_DrainAllEvenly <object>(1024, 4, delegate { return(new object()); });
passed &= t.RunPartA3_IEnumerable_DrainAllEvenly <float>(1024, 4, delegate(int i) { return((float)i); });
passed &= t.RunPartA3_IEnumerable_DrainAllEvenly <object>(1024 * 8, 8, delegate { return(new object()); });
passed &= t.RunPartA3_IEnumerable_DrainAllEvenly <float>(1024 * 8, 8, delegate(int i) { return((float)i); });
passed &= t.RunPartA3_IEnumerable_DrainAllEvenly <long>(1024 * 8, 8, delegate(int i) { return((long)i); });
// @BUGBUG: disabled. Marshal.SizeOf throws for non-integral data types.
// passed &= RunPartA3_IEnumerable_DrainAllEvenly<DateTime>(1024 * 8, 8, delegate(int i) { return new DateTime((long)i); });
return(passed);
}
internal static bool DrivePartitionAlgorithm_Parallel(PartitionAlgorithmTest t)
{
bool passed = true;
// -- IEnumerable data source --
// Concurrent:
passed &= t.RunPartC1_IEnumerable_InParallel <object>(1024 * 8, 8, delegate { return(new object()); });
passed &= t.RunPartC1_IEnumerable_InParallel <float>(1024 * 8, 8, delegate(int i) { return((float)i); });
passed &= t.RunPartC1_IEnumerable_InParallel <object>(1024 * 8, 4, delegate { return(new object()); });
passed &= t.RunPartC1_IEnumerable_InParallel <float>(1024 * 8, 4, delegate(int i) { return((float)i); });
return(passed);
}
