/// <summary>
/// Test liczenia etapów dla jednego etapu i jednej sekwencji (pustej).
/// </summary>
public void TestOne()
{
ProcessStep uno = new ProcessStep("jeden");
Assertion.AssertEquals(1, uno.GetStepCount());
ProcessSequence nil = new ProcessSequence("nic");
Assertion.AssertEquals(0, nil.GetStepCount());
}
public void TestOne()
{
ProcessStep uno = new ProcessStep("uno");
Assert.AreEqual(1, uno.GetStepCount());
ProcessSequence nil = new ProcessSequence("nil");
Assert.AreEqual(0, nil.GetStepCount());
}
/// <summary>
/// Test procesu powtarzanego raz: "umyæ, sp³ukaæ, powtórzyæ".
/// </summary>
public void TestShampoo()
{
ProcessStep shampoo = new ProcessStep("umyæ");
ProcessStep rinse = new ProcessStep("sp³ukaæ");
ProcessSequence once = new ProcessSequence("powtórzyæ");
once.Add(shampoo);
once.Add(rinse);
ProcessSequence instructions =
new ProcessSequence("instrukcje");
instructions.Add(once);
instructions.Add(once);
Assertion.AssertEquals(2, instructions.GetStepCount());
}
/*
* abc
* / \
* a bc
* / \
* b c
*/
/// <summary>
/// Test zwyk³ego drzewka.
/// </summary>
public void TestTree()
{
ProcessStep a = new ProcessStep("a");
ProcessStep b = new ProcessStep("b");
ProcessStep c = new ProcessStep("c");
ProcessSequence bc = new ProcessSequence("bc");
bc.Add(b);
bc.Add(c);
ProcessSequence abc = new ProcessSequence("abc");
abc.Add(a);
abc.Add(bc);
Assertion.AssertEquals(3, abc.GetStepCount());
}
public void TestShampoo()
{
ProcessStep shampoo = new ProcessStep("shampoo");
ProcessStep rinse = new ProcessStep("rinse");
ProcessSequence once = new ProcessSequence("once");
once.Add(shampoo);
once.Add(rinse);
ProcessSequence instructions =
new ProcessSequence("instructions");
instructions.Add(once);
instructions.Add(once);
Assert.AreEqual(2, instructions.GetStepCount());
}