public void Equivalence()
{
// [EquivalentTo] ignores any information that isn't relevant to
// determining the compatibility of two versions. Basically, it
// ignores any metadata.
var sv0 = new SemanticVersion(1, 7, 0);
var sv1 = new SemanticVersion(1, 7, 0, new[] { "beta", "3" });
var sv2 = new SemanticVersion(1, 7, 0, Empty <string>(),
new[] { "d116bf47" });
var sv3 = new SemanticVersion(1, 7, 0, new[] { "beta", "3" },
new[] { "d116bf47" });
Assert.IsTrue(sv0.EquivalentTo(sv2), "Equivalence check failed (0).");
Assert.IsTrue(sv1.EquivalentTo(sv3), "Equivalence check failed (1).");
Assert.IsFalse(sv0.EquivalentTo(sv1), "Equivalence incorrect (0).");
Assert.IsFalse(sv1.EquivalentTo(sv2), "Equivalence incorrect (1).");
Assert.IsFalse(sv2.EquivalentTo(sv3), "Equivalence incorrect (2).");
// Now we want to make sure that equivalence is working in both
// directs (e.g. A = B and B = A).
Assert.IsTrue(sv0.EquivalentTo(sv2) && sv2.EquivalentTo(sv0),
"Equivalence not commutative (0).");
Assert.IsTrue(sv1.EquivalentTo(sv3) && sv3.EquivalentTo(sv1),
"Equivalence not commutative (1).");
// And we might as well check the same for inequivalence.
Assert.IsTrue(!sv0.EquivalentTo(sv1) && !sv1.EquivalentTo(sv0),
"Inequivalence not commutative (0).");
Assert.IsTrue(!sv1.EquivalentTo(sv2) && !sv2.EquivalentTo(sv1),
"Inequivalence not commutative (1).");
Assert.IsTrue(!sv2.EquivalentTo(sv3) && !sv3.EquivalentTo(sv2),
"Inequivalence not commutative (2).");
}
public void Equivalence()
{
// [EquivalentTo] ignores any information that isn't relevant to
// determining the compatibility of two versions. Basically, it
// ignores any metadata.
var sv0 = new SemanticVersion(1, 7, 0);
var sv1 = new SemanticVersion(1, 7, 0, new[] { "beta", "3" });
var sv2 = new SemanticVersion(1, 7, 0, Empty<string>(),
new[] { "d116bf47" });
var sv3 = new SemanticVersion(1, 7, 0, new[] { "beta", "3" },
new[] { "d116bf47" });
Assert.IsTrue(sv0.EquivalentTo(sv2), "Equivalence check failed (0).");
Assert.IsTrue(sv1.EquivalentTo(sv3), "Equivalence check failed (1).");
Assert.IsFalse(sv0.EquivalentTo(sv1), "Equivalence incorrect (0).");
Assert.IsFalse(sv1.EquivalentTo(sv2), "Equivalence incorrect (1).");
Assert.IsFalse(sv2.EquivalentTo(sv3), "Equivalence incorrect (2).");
// Now we want to make sure that equivalence is working in both
// directs (e.g. A = B and B = A).
Assert.IsTrue(sv0.EquivalentTo(sv2) && sv2.EquivalentTo(sv0),
"Equivalence not commutative (0).");
Assert.IsTrue(sv1.EquivalentTo(sv3) && sv3.EquivalentTo(sv1),
"Equivalence not commutative (1).");
// And we might as well check the same for inequivalence.
Assert.IsTrue(!sv0.EquivalentTo(sv1) && !sv1.EquivalentTo(sv0),
"Inequivalence not commutative (0).");
Assert.IsTrue(!sv1.EquivalentTo(sv2) && !sv2.EquivalentTo(sv1),
"Inequivalence not commutative (1).");
Assert.IsTrue(!sv2.EquivalentTo(sv3) && !sv3.EquivalentTo(sv2),
"Inequivalence not commutative (2).");
}
