void test_delinput_port()
{
CoupledModel* top = new CoupledModel("top", nullptr);
AtomicModel* a(top->addAtomicModel("a"));
a->addInputPort("in");
a->addOutputPort("out");
AtomicModel* b(top->addAtomicModel("b"));
b->addInputPort("in");
b->addOutputPort("out");
AtomicModel* c(top->addAtomicModel("c"));
c->addInputPort("in");
c->addOutputPort("out");
top->addInternalConnection("a", "out", "b", "in");
top->addInternalConnection("b", "out", "a", "in");
top->addInternalConnection("a", "out", "c", "in");
EnsuresEqual(top->existInternalConnection("a", "out", "b", "in"),
true);
EnsuresEqual(top->existInternalConnection("b", "out", "a", "in"),
true);
EnsuresEqual(top->existInternalConnection("a", "out", "c", "in"),
true);
c->delInputPort("in");
EnsuresEqual(top->existInputPort("in"), false);
EnsuresEqual(top->existInternalConnection("a", "out", "c", "in"),
false);
delete top;
}
void test_have_connection()
{
CoupledModel* top = new CoupledModel("top", nullptr);
AtomicModel* a(top->addAtomicModel("a"));
a->addInputPort("in");
a->addOutputPort("out");
AtomicModel* b(top->addAtomicModel("b"));
b->addInputPort("in");
b->addOutputPort("out");
AtomicModel* c(top->addAtomicModel("c"));
c->addInputPort("in");
c->addOutputPort("out");
top->addInternalConnection("a", "out", "b", "in");
top->addInternalConnection("b", "out", "a", "in");
ModelList lst;
lst["a"] = a;
lst["b"] = b;
Ensures(not top->hasConnectionProblem(lst));
top->addInternalConnection("c", "out", "a", "in");
Ensures(top->hasConnectionProblem(lst));
delete top;
}
void test_bug_duplication_connections()
{
auto ctx = vle::utils::make_context();
vpz::Vpz file(ctx->getTemplate("unittest.vpz").string());
CoupledModel* top =
dynamic_cast<CoupledModel*>(file.project().model().node());
Ensures(top);
AtomicModel* atom1(top->addAtomicModel("atom1"));
AtomicModel* atom2(top->addAtomicModel("atom2"));
CoupledModel* coupled = new CoupledModel("coupled", top);
ModelList mSelectedModels;
Ensures(atom1);
Ensures(atom2);
Ensures(coupled);
atom1->addOutputPort("out");
atom2->addInputPort("in");
EnsuresEqual(atom1->existOutputPort("out"), true);
EnsuresEqual(atom2->existInputPort("in"), true);
top->addInternalConnection("atom1", "out", "atom2", "in");
EnsuresEqual(top->existInternalConnection("atom1", "out", "atom2", "in"),
true);
mSelectedModels[atom1->getName()] = atom1;
mSelectedModels[atom2->getName()] = atom2;
EnsuresEqual(top->nbInternalConnection("atom1", "out", "atom2", "in"), 1);
top->displace(mSelectedModels, coupled);
EnsuresEqual(coupled->nbInternalConnection("atom1", "out", "atom2", "in"), 1);
}
void test_complex_displace()
{
CoupledModel* top = new CoupledModel("top", nullptr);
AtomicModel* a(top->addAtomicModel("a"));
a->addInputPort("in");
a->addOutputPort("out");
AtomicModel* b(top->addAtomicModel("b"));
b->addInputPort("in");
b->addOutputPort("out");
AtomicModel* c(top->addAtomicModel("c"));
c->addInputPort("in");
c->addOutputPort("out");
top->addInternalConnection("a", "out", "b", "in");
top->addInternalConnection("b", "out", "a", "in");
top->addInternalConnection("a", "out", "c", "in");
EnsuresEqual(top->getModelList().size(),
(ModelList::size_type)3);
CoupledModel* newtop = new CoupledModel("newtop", top);
ModelList lst;
lst["a"] = a;
lst["b"] = b;
EnsuresNotThrow(top->displace(lst, newtop), std::exception);
EnsuresEqual(top->getModelList().size(),
(ModelList::size_type)2);
EnsuresEqual(newtop->getModelList().size(),
(ModelList::size_type)2);
newtop->existInternalConnection("a", "out", "b", "in");
newtop->existInternalConnection("b", "out", "a", "in");
newtop->existOutputPort("out");
top->existInternalConnection("newtop", "out", "c", "in");
delete top;
}
void test_clone1()
{
CoupledModel* top = new CoupledModel("top", nullptr);
top->addInputPort("in");
top->addOutputPort("out");
AtomicModel* a(top->addAtomicModel("top"));
a->addInputPort("in");
a->addOutputPort("out");
AtomicModel* b(top->addAtomicModel("b"));
b->addInputPort("in");
b->addOutputPort("out");
top->addInputConnection("in", "top", "in");
top->addInternalConnection("top", "out", "b", "in");
top->addInternalConnection("b", "out", "top", "in");
top->addOutputConnection("top", "out", "out");
Ensures(top->existInternalConnection("top", "out", "b", "in"));
Ensures(top->existInternalConnection("b", "out", "top", "in"));
CoupledModel* newtop(dynamic_cast < CoupledModel* >(top->clone()));
Ensures(newtop != nullptr);
Ensures(newtop->getModelList().size() == 2);
AtomicModel* newa = dynamic_cast < AtomicModel* >(newtop->findModel("top"));
Ensures(newa != a);
AtomicModel* newb = dynamic_cast < AtomicModel* >(newtop->findModel("b"));
Ensures(newb != b);
Ensures(newtop->existInternalConnection("top", "out", "b", "in"));
Ensures(newtop->existInternalConnection("b", "out", "top", "in"));
Ensures(newtop->existInputConnection("in", "top", "in"));
Ensures(newtop->existOutputConnection("top", "out", "out"));
newtop->delAllConnection();
Ensures(not newtop->existOutputConnection("top", "out", "out"));
Ensures(not newtop->existInternalConnection("top", "out", "b", "in"));
Ensures(not newtop->existInternalConnection("top", "out", "b", "in"));
Ensures(not newtop->existInternalConnection("b", "out", "top", "in"));
Ensures(top->existInternalConnection("top", "out", "b", "in"));
Ensures(top->existInternalConnection("b", "out", "top", "in"));
Ensures(top->existInputConnection("in", "top", "in"));
Ensures(top->existOutputConnection("top", "out", "out"));
delete newtop;
delete top;
}
void test_del_all_connection()
{
CoupledModel* top = new CoupledModel("top", nullptr);
AtomicModel* a(top->addAtomicModel("a"));
a->addInputPort("in");
a->addOutputPort("out");
AtomicModel* b(top->addAtomicModel("b"));
b->addInputPort("in");
b->addOutputPort("out");
top->addInternalConnection("a", "out", "b", "in");
top->addInternalConnection("b", "out", "a", "in");
Ensures(top->existInternalConnection("a", "out", "b", "in"));
Ensures(top->existInternalConnection("b", "out", "a", "in"));
top->delAllConnection();
Ensures(not top->existInternalConnection("a", "out", "b", "in"));
Ensures(not top->existInternalConnection("b", "out", "a", "in"));
delete top;
}
