public void CompressTest_SingleTime()
{
DataAtomGenerator gen = new DataAtomGenerator();
Compressor target = new Compressor();
gen.Time = DateTime.Now;
gen.Process = "Foo";
gen.Title = "Title";
gen.Frequency = 1;
int count = 4;
var sequence = gen.RandomDataStreamTakeNow(count);
var actual = target.Compress(sequence, a => a);
Assert.AreEqual(1, actual.Count());
Assert.AreEqual(gen.Frequency * count, actual.ElementAt(0).Frequency);
}
public void CompressTest_TwoTypesOneIdle_IgnoresIdle()
{
DataAtomGenerator gen = new DataAtomGenerator();
Compressor target = new Compressor();
gen.Time = DateTime.Now;
gen.Process = "Foo";
gen.Title = "Title";
var sequence = gen.RandomDataStreamTakeNow(10);
gen.Process = "Idle";
gen.Title = string.Empty;
sequence = sequence.Union(gen.RandomDataStreamTakeNow(20)).ToArray();
var actual = target.Compress(sequence, a => a);
Assert.AreEqual(1, actual.Count());
}
public void CompressTest_TwoTime()
{
DataAtomGenerator gen = new DataAtomGenerator();
Compressor target = new Compressor();
gen.Time = DateTime.Now.AddDays(-1);
gen.Process = "Foo";
gen.Title = "Title";
gen.Frequency = 1;
int count1 = 4;
int count2 = 5;
var sequence = gen.RandomDataStreamTakeNow(count1);
gen.Time = gen.Time.Value.AddDays(1);
sequence = sequence.Union(gen.RandomDataStreamTakeNow(count2)).ToArray();
var actual = target.Compress(sequence, a => a);
Assert.AreEqual(2, actual.Count());
Assert.AreEqual(gen.Frequency * count1, actual.ElementAt(0).Frequency);
Assert.AreEqual(gen.Frequency * count2, actual.ElementAt(1).Frequency);
}
public void Basic_ListAtom_RankedDataFormat()
{
#region Setup
DataAtomGenerator gen = new DataAtomGenerator();
gen.Process = "Foo";
gen.Frequency = 10; // 30
var sequence = gen.RandomDataStreamTakeNow(3);
gen.Process = "Qux";
gen.Frequency = 25; // 50
sequence = sequence.Union(gen.RandomDataStreamTakeNow(2)).ToArray();
gen.Process = "Bar";
gen.Frequency = 50; // 200
sequence = sequence.Union(gen.RandomDataStreamTakeNow(4)).ToArray();
gen.Process = "Pqr";
gen.Frequency = 20; // 20
sequence = sequence.Union(gen.RandomDataStreamTakeNow(1)).ToArray();
List <RankedDataFormat> expected = new List <RankedDataFormat>()
{
new RankedDataFormat()
{
Rank = 1,
Activity = "Bar",
TimeSpan = 200
},
new RankedDataFormat()
{
Rank = 2,
Activity = "Qux",
TimeSpan = 50
},
new RankedDataFormat()
{
Rank = 3,
Activity = "Foo",
TimeSpan = 30
},
new RankedDataFormat()
{
Rank = 4,
Activity = "Pqr",
TimeSpan = 20
}
};
#endregion
var actual = new List <RankedDataFormat>(new DataFormatConvertor(sequence).ToRankedDataFormat());
#region Verify
Assert.AreEqual(expected.Count, actual.Count);
for (int i = 0; i < actual.Count; i++)
{
Assert.AreEqual(expected[i].Rank, actual[i].Rank);
Assert.AreEqual(expected[i].TimeSpan, actual[i].TimeSpan);
Assert.AreEqual(expected[i].Activity, actual[i].Activity);
}
#endregion
}
