public void DicDrivenTrieSet_SetEqualsTest()
{
var firstValues = this.GetTestValues();
var secondValues = this.GetTestValues();
var firstTarget = new DicDrivenTrieSet <char, string>(
firstValues,
false,
this.dicFactory);
var secondTarget = new DicDrivenTrieSet <char, string>(
secondValues,
false,
this.dicFactory);
// Testa a igualdade com uma colecção
Assert.IsTrue(firstTarget.SetEquals(secondValues));
// Testa a igualdade com outra árvore associativa
Assert.IsTrue(firstTarget.SetEquals(secondTarget));
// Testa a igualdade com valores diferentes
var differentValues = this.GetTestOverlappingValues();
var differentTarget = new DicDrivenTrieSet <char, string>(
differentValues,
false,
this.dicFactory);
Assert.IsFalse(firstTarget.SetEquals(differentValues));
Assert.IsFalse(firstTarget.SetEquals(differentTarget));
}
public void DicDrivenTrieSet_UnionTest()
{
var values = this.GetTestValues();
var overlappingValues = this.GetTestOverlappingValues();
var expected = values.Union(overlappingValues).ToArray();
var target = new DicDrivenTrieSet <char, string>(
values,
false,
this.dicFactory);
target.UnionWith(overlappingValues);
CollectionAssert.AreEquivalent(expected, target);
target = new DicDrivenTrieSet <char, string>(
values,
false,
this.dicFactory);
var overlappingTarget = new DicDrivenTrieSet <char, string>(
overlappingValues,
false,
this.dicFactory);
target.UnionWith(overlappingTarget);
CollectionAssert.AreEquivalent(expected, target);
var expectedTarget = new DicDrivenTrieSet <char, string>(
expected,
false,
this.dicFactory);
var actual = target.SetEquals(expectedTarget);
Assert.IsTrue(actual);
}
public void DicDrivenTrieSet_ExceptWithTest()
{
var values = this.GetTestValues();
var overlappingValues = this.GetTestOverlappingValues();
var expected = values.Except(overlappingValues).ToArray();
var target = new DicDrivenTrieSet <char, string>(
values,
false,
this.dicFactory);
// Testa a versão da função actual sobre enumeráveis
target.ExceptWith((IEnumerable <string>)overlappingValues);
CollectionAssert.AreEquivalent(
expected,
target);
// Testa a função actual sobre ávores associativas
target = new DicDrivenTrieSet <char, string>(
values,
false,
this.dicFactory);
var exceptWith = new DicDrivenTrieSet <char, string>(
overlappingValues,
true,
this.dicFactory);
target.ExceptWith(exceptWith);
CollectionAssert.AreEquivalent(
expected,
target);
var expectedTarget = new DicDrivenTrieSet <char, string>(
expected,
false,
this.dicFactory);
Assert.IsTrue(target.SetEquals(expectedTarget));
}
public void DicDrivenTrieSet_SymmetricExceptWithTest()
{
// Reocorre ao HashSet para verificar a validade do teste
var values = new HashSet <string>(this.GetTestValues());
var overalappingValues = new HashSet <string>(this.GetTestOverlappingValues());
var expected = new HashSet <string>(values);
expected.SymmetricExceptWith(overalappingValues);
var target = new DicDrivenTrieSet <char, string>(
values,
false,
this.dicFactory);
target.SymmetricExceptWith(overalappingValues);
CollectionAssert.AreEquivalent(expected.ToArray(), target);
target = new DicDrivenTrieSet <char, string>(
values,
false,
this.dicFactory);
var overlappingTarget = new DicDrivenTrieSet <char, string>(
overalappingValues,
false,
this.dicFactory);
target.SymmetricExceptWith(overlappingTarget);
CollectionAssert.AreEquivalent(target, expected.ToArray());
var expectedTarget = new DicDrivenTrieSet <char, string>(
expected,
false,
this.dicFactory);
var actual = target.SetEquals(expectedTarget);
Assert.IsTrue(actual);
}