public void testFuncPipeNull()
{
Func<Int32, String> myFunc = null;
var _Pipe = new FuncPipe<Int32, String>(myFunc);
}
public void testFuncPipeZero()
{
var _Numbers = new List<Int32>();
var _Pipe = new FuncPipe<Int32, String>((_Int32) => _Int32.ToString());
_Pipe.SetSourceCollection(_Numbers);
var _Counter = 0;
Assert.IsFalse(_Pipe.Any());
Assert.AreEqual(_Counter, 0);
Assert.IsFalse(_Pipe.Any());
}
public void testDualFuncPipeFirstZero()
{
var _Strings = new List<String>();
var _Numbers = Enumerable.Range(1, 10);
var _Pipe = new FuncPipe<String, Int32, String>((A, B) => A + "-" + B);
_Pipe.SetSourceCollection1(_Strings);
_Pipe.SetSourceCollection2(_Numbers);
var _Counter = 0;
Assert.IsFalse(_Pipe.Any());
Assert.AreEqual(_Counter, 0);
Assert.IsFalse(_Pipe.Any());
}
public void testCounterSensor()
{
var _CounterSensor = new CounterSensor("c1");
var _Pipe = new FuncPipe<Int64, String>(_Int64 => (_Int64 + 1).ToString(), _CounterSensor);
var _Result = _Pipe.Take(10).ToList();
var _Counter = 0L;
foreach (var _StringValue in _Result)
{
Assert.AreEqual((_Counter + 1).ToString(), _StringValue);
_Counter++;
}
Assert.AreEqual(_Counter, 10);
}
public void testRandomSensor()
{
var _RandomSensor = new RandomSensor("r");
var _Pipe = new FuncPipe<Double, Double>(_Double => _Double + 1);
_Pipe.SetSourceCollection(_RandomSensor);
var _Result = _Pipe.Take(1000);
Double _Sum = 0;
foreach (var _Value in _Result)
_Sum += _Value;
var _Mean = _Sum / 1000;
Assert.IsTrue(_Mean > 1.45);
Assert.IsTrue(_Mean < 1.55);
}
public void testCounterSensor()
{
var _CounterSensor = new CounterSensor("c1");
var _Pipe = new FuncPipe <Int64, String>(_Int64 => (_Int64 + 1).ToString(), _CounterSensor);
var _Result = _Pipe.Take(10).ToList();
var _Counter = 0L;
foreach (var _StringValue in _Result)
{
Assert.AreEqual((_Counter + 1).ToString(), _StringValue);
_Counter++;
}
Assert.AreEqual(_Counter, 10);
}
public void testFuncPipeNormal()
{
var _Numbers = Enumerable.Range(1, 10);
var _Pipe = new FuncPipe<Int32, String>((_Int32) => (_Int32 * _Int32).ToString());
_Pipe.SetSourceCollection(_Numbers);
var _Counter = 0;
while (_Pipe.MoveNext())
{
Assert.AreEqual(_Pipe.Current , (_Numbers.ElementAt(_Counter) * _Numbers.ElementAt(_Counter)).ToString());
_Counter++;
}
Assert.AreEqual(_Counter, 10);
}
public void testDualFuncPipeNormal()
{
var _Strings = new List<String>() { "one", "two", "three", "four", "five", "six", "seven", "eight", "nine", "ten" };
var _Numbers = Enumerable.Range(1, 10);
var _Pipe = new FuncPipe<String, Int32, String>((A, B) => A + "-" + B);
_Pipe.SetSourceCollection1(_Strings);
_Pipe.SetSourceCollection2(_Numbers);
var _Counter = 0;
while (_Pipe.MoveNext())
{
Assert.AreEqual(_Pipe.Current, _Strings.ElementAt(_Counter) + "-" + _Numbers.ElementAt(_Counter));
_Counter++;
}
Assert.AreEqual(_Counter, 10);
}
public void testRandomSensor()
{
var _RandomSensor = new RandomSensor("r");
var _Pipe = new FuncPipe <Double, Double>(_Double => _Double + 1);
_Pipe.SetSourceCollection(_RandomSensor);
var _Result = _Pipe.Take(1000);
Double _Sum = 0;
foreach (var _Value in _Result)
{
_Sum += _Value;
}
var _Mean = _Sum / 1000;
Assert.IsTrue(_Mean > 1.45);
Assert.IsTrue(_Mean < 1.55);
}
public void testDualFuncPipeSecondZero()
{
var _Strings = new List<String>() { "one", "two", "three", "four", "five", "six", "seven", "eight", "nine", "ten" };
var _Numbers = new List<Int32>();
var _Pipe = new FuncPipe<String, Int32, String>((A, B) => A + "-" + B);
_Pipe.SetSourceCollection1(_Strings);
_Pipe.SetSourceCollection2(_Numbers);
var _Counter = 0;
Assert.IsFalse(_Pipe.Any());
Assert.AreEqual(_Counter, 0);
Assert.IsFalse(_Pipe.Any());
}
public void testDualFuncPipeNull()
{
Func<String,Int32, String> myFunc = null;
var _Pipe = new FuncPipe<String, Int32, String>(myFunc);
}
