public void MinMaxSumTest()
{
OclSequence source = TestUtils.CreateIntSequence(1, 2, 3, 1);
TestUtils.AreEqual((OclInteger)7, source.sum((OclInteger)0, (x, y) => x + y));
TestUtils.AreEqual((OclInteger)1, source.min <OclInteger>((x, y) => x.min(y)));
TestUtils.AreEqual((OclInteger)3, source.max <OclInteger>((x, y) => x.max(y)));
}
public void FlattenTest()
{
OclSequence level1 = TestUtils.CreateIntSequence(1, 2);
OclSequence level2 = new OclSequence(level1.oclType(), level1, level1);
OclSequence level3 = new OclSequence(level2.oclType(), level2, level2);
TestUtils.AreEqual(TestUtils.CreateIntSequence(1, 2), level1.flatten());
TestUtils.AreEqual(TestUtils.CreateIntSequence(1, 2, 1, 2), level2.flatten());
TestUtils.AreEqual(TestUtils.CreateIntSequence(1, 2, 1, 2, 1, 2, 1, 2), level3.flatten());
}
public void OrderedClosureTest()
{
//Closure - depth first search
OclSequence l = TestUtils.CreateIntSequence();
TestUtils.AreEqual(TestUtils.CreateIntOrderedSet(), l.closure <OclInteger>(OclInteger.Type, Plus2Plus3Mod12));
l = l.append(OclInteger.Type, (OclInteger)0);
TestUtils.AreEqual(TestUtils.CreateIntOrderedSet(0, 2, 4, 6, 8, 10, 1, 3, 5, 7, 9, 11), l.closure <OclInteger>(OclInteger.Type, Plus2Plus3Mod12));
l = l.append(OclInteger.Type, (OclInteger)2);
l = l.append(OclInteger.Type, (OclInteger)5);
TestUtils.AreEqual(TestUtils.CreateIntOrderedSet(0, 2, 4, 6, 8, 10, 1, 3, 5, 7, 9, 11), l.closure <OclInteger>(OclInteger.Type, Plus2Plus3Mod12));
TestUtils.AreEqual(TestUtils.CreateIntOrderedSet(0, 2, 4, 6, 8, 10, 5, 7, 9, 11, 1, 3), l.closure <OclInteger>(OclInteger.Type, (i) => (i.op_Addition((OclInteger)2).mod((OclInteger)12))));
}
public void ProductTest()
{
OclSequence a = TestUtils.CreateIntSequence(1, 2);
OclSequence b = TestUtils.CreateIntSequence(1, 3);
OclTupleType tupleType = OclTupleType.Tuple(OclTupleType.Part("first", OclInteger.Type), OclTupleType.Part("second", OclInteger.Type));
OclSet pr = new OclSet(tupleType,
new OclTuple(tupleType, (OclInteger)1, (OclInteger)1),
new OclTuple(tupleType, (OclInteger)1, (OclInteger)3),
new OclTuple(tupleType, (OclInteger)2, (OclInteger)1),
new OclTuple(tupleType, (OclInteger)2, (OclInteger)3)
);
TestUtils.AreEqual(pr, a.product(b));
}
public void IterationsTest()
{
OclSequence source = TestUtils.CreateIntSequence(1, 2, 3, 1);
TestUtils.AreEqual(source.select <OclInteger>(i => i.op_GreaterThanOrEqual((OclInteger)2)), TestUtils.CreateIntSequence(2, 3));
TestUtils.AreEqual(source.reject <OclInteger>(i => i.op_GreaterThanOrEqual((OclInteger)2)), TestUtils.CreateIntSequence(1, 1));
TestUtils.AreEqual(source.collectNested <OclInteger, OclInteger>(OclInteger.Type, i => i.op_Addition((OclInteger)2)), TestUtils.CreateIntSequence(3, 4, 5, 3));
TestUtils.AreEqual(source.sortedBy <OclInteger, OclInteger>(i => i), TestUtils.CreateIntSequence(1, 1, 2, 3));
TestUtils.AreEqual(source.collectToSequence <OclInteger>(OclInteger.Type, i => i.op_Addition((OclInteger)2)), TestUtils.CreateIntSequence(3, 4, 5, 3));
TestUtils.AreEqual((OclInteger)2, source.any <OclInteger>(i => i.op_Equality((OclInteger)2)));
TestUtils.AreEqual(OclBoolean.False, source.one <OclInteger>(i => i.op_Equality((OclInteger)1)));
TestUtils.AreEqual(OclBoolean.True, source.one <OclInteger>(i => i.op_Equality((OclInteger)2)));
TestUtils.AreEqual(OclBoolean.True, source.exists <OclInteger>(x => x < (OclInteger)2));
TestUtils.AreEqual(OclBoolean.False, source.exists <OclInteger>(x => x < (OclInteger)1));
TestUtils.AreEqual(OclBoolean.False, source.forAll <OclInteger>(x => x < (OclInteger)2));
TestUtils.AreEqual(OclBoolean.True, source.forAll <OclInteger>(x => x < (OclInteger)4));
TestUtils.AreEqual(OclBoolean.True, TestUtils.CreateIntSequence(1, 2, 3).isUnique <OclInteger, OclInteger>(i => i.op_Addition((OclInteger)2)));
TestUtils.AreEqual(OclBoolean.False, TestUtils.CreateIntSequence(1, 2, 3).isUnique <OclInteger, OclInteger>(i => i.div((OclInteger)2)));
}
public void OperationsTest()
{
OclSequence source = TestUtils.CreateIntSequence(1, 2, 3, 1);
TestUtils.AreEqual((OclInteger)4, source.size());
TestUtils.AreEqual((OclBoolean)true, source.includes((OclInteger)1));
TestUtils.AreEqual((OclBoolean)false, source.excludes((OclInteger)1));
TestUtils.AreEqual((OclInteger)2, source.count((OclInteger)1));
TestUtils.AreEqual((OclBoolean)false, source.includesAll(TestUtils.CreateIntSet(1, 4)));
TestUtils.AreEqual((OclBoolean)false, source.excludesAll(TestUtils.CreateIntSet(1, 4)));
TestUtils.AreEqual((OclBoolean)false, source.isEmpty());
TestUtils.AreEqual((OclBoolean)true, source.notEmpty());
TestUtils.AreEqual(TestUtils.CreateIntSequence(5, 1, 2, 3, 1), source.prepend(OclInteger.Type, (OclInteger)5));
TestUtils.AreEqual(source.append(OclInteger.Type, (OclInteger)5), TestUtils.CreateIntSequence(1, 2, 3, 1, 5));
TestUtils.AreEqual(source.insertAt(OclInteger.Type, (OclInteger)3, (OclInteger)5), TestUtils.CreateIntSequence(1, 2, 5, 3, 1));
TestUtils.AreEqual(source.excluding((OclInteger)1), TestUtils.CreateIntSequence(2, 3));
TestUtils.AreEqual(source.union(OclInteger.Type, source), TestUtils.CreateIntSequence(1, 2, 3, 1, 1, 2, 3, 1));
TestUtils.AreEqual(source.reverse(), TestUtils.CreateIntSequence(1, 3, 2, 1));
TestUtils.AreEqual(source.subSequence((OclInteger)2, (OclInteger)3), TestUtils.CreateIntSequence(2, 3));
TestUtils.AreEqual((OclInteger)1, source.at <OclInteger>((OclInteger)4));
}
