public void ProtocolTreeErrorMismatchWithMerge()
{
ProtocolTree tree1 = new ProtocolTree();
ProtocolTree tree2 = new ProtocolTree();
tree1.AttachErrorHandler();
MockData1Handler h11 = new MockData1Handler();
MockData2Handler h21 = new MockData2Handler();
tree1.Register(h11);
tree2.Register(h21);
tree1.Entry(h11);
tree2.Entry(h21);
tree1.Connect(h11, tree2);
ProtocolTree tree3 = new ProtocolTree();
ProtocolTree tree4 = new ProtocolTree();
tree3.AttachErrorHandler();
MockData1Handler h31 = new MockData1Handler();
MockData3Handler h41 = new MockData3Handler();
tree3.Register(h31);
tree4.Register(h41);
tree3.Entry(h31);
tree4.Entry(h41);
tree3.Connect(h31, tree4);
tree1.SenderDataReady += obj =>
{
Assert.ThrowsException <DataSymmetricityError>(() => tree3.Receive(obj));
};
h21.Send();
}
public void ProtocolTreeErrorUnregister()
{
ProtocolTree tree = new ProtocolTree();
tree.AttachErrorHandler();
MockData1Handler h1 = new MockData1Handler();
MockData2Handler h2 = new MockData2Handler();
Assert.ThrowsException <DeveloperError>(() => tree.Entry(h1));
Assert.ThrowsException <DeveloperError>(() => tree.Connect(h1, h2));
}
public void ProtocolTreeErrorSameTypeChildNodes()
{
ProtocolTree tree = new ProtocolTree();
tree.AttachErrorHandler();
MockData1Handler h1 = new MockData1Handler();
MockData1Handler h2 = new MockData1Handler();
tree.Register(h1);
tree.Register(h2);
tree.Entry(h1);
Assert.ThrowsException <DeveloperError>(() => tree.Entry(h2));
}
public void TreeMerge()
{
Logger lg = new Logger();
ProtocolTree tree1 = new ProtocolTree();
ProtocolTree tree2 = new ProtocolTree();
ProtocolTree tree3 = new ProtocolTree();
tree1.AttachErrorHandler();
tree2.AttachErrorHandler();
tree3.AttachErrorHandler();
MockData1Handler h11 = new MockData1Handler();
MockData2Handler h12 = new MockData2Handler();
MockData3Handler h2 = new MockData3Handler();
LeafProtocolHandler <MockData4> h31 = new LeafProtocolHandler <MockData4>();
LeafProtocolHandler <MockData3> h32 = new LeafProtocolHandler <MockData3>();
tree1.Register(h11);
tree1.Register(h12);
tree1.Entry(h11);
tree1.Entry(h12);
tree2.Register(h2);
tree2.Entry(h2);
tree1.Connect(h12, tree2);
tree3.Register(h31);
tree3.Register(h32);
tree3.EntryToLeaf(h31);
tree3.EntryToLeaf(h32);
tree1.Entry(tree3);
tree1.SenderDataReady += obj => tree1.Receive(obj);
h11.NewData += obj => lg.Log("data11");
h12.NewData += obj => lg.Log("data12");
h2.NewData += obj => lg.Log("data2");
h31.NewData += obj => lg.Log("data31");
h32.NewData += obj => lg.Log("data32");
h11.Send();
h12.Send();
h2.Send();
h31.Send(new MockData4());
h32.Send(new MockData3());
lg.Verify(new List <string>
{
"data11", "data12", "data12", "data2", "data31", "data32"
});
}
public void ProtocolTreeErrorMismatch()
{
ProtocolTree tree1 = new ProtocolTree();
ProtocolTree tree2 = new ProtocolTree();
tree1.AttachErrorHandler();
tree2.AttachErrorHandler();
MockData1Handler h11 = new MockData1Handler();
MockData2Handler h21 = new MockData2Handler();
tree1.Register(h11);
tree2.Register(h21);
tree1.Entry(h11);
tree2.Entry(h21);
tree1.SenderDataReady += obj =>
{
Assert.ThrowsException <DataSymmetricityError>(() => tree2.Receive(obj));
};
h11.Send();
}
public void ProtocolTree()
{
Logger lg = new Logger();
ProtocolTree tree = new ProtocolTree();
tree.AttachErrorHandler();
MockData1Handler h1 = new MockData1Handler();
MockData2Handler h2 = new MockData2Handler();
MockData3Handler h3 = new MockData3Handler();
LeafProtocolHandler <MockData4> h4 = new LeafProtocolHandler <MockData4>();
LeafProtocolHandler <MockData4> h5 = new LeafProtocolHandler <MockData4>();
tree.Register(h1);
tree.Register(h2);
tree.Register(h3);
tree.Register(h4);
tree.Register(h5);
tree.Entry(h1);
tree.Entry(h2);
tree.ConnectToLeaf(h1, h4);
tree.Connect(h2, h3);
tree.EntryToLeaf(h5);
tree.SenderDataReady += obj => tree.Receive(obj);
h1.NewData += obj => lg.Log("data1");
h2.NewData += obj => lg.Log("data2");
h3.NewData += obj => lg.Log("data3");
h4.NewData += obj => lg.Log("data4");
h5.NewData += obj => lg.Log("data5");
h1.Send();
h2.Send();
h3.Send();
h4.Send(new MockData4());
h5.Send(new MockData4());
lg.Verify(new List <string>
{
"data1", "data2", "data2", "data3", "data1", "data4", "data5"
});
}
public void ProtocolTreeErrorGap()
{
Logger lg = new Logger();
ProtocolTree tree1 = new ProtocolTree();
ProtocolTree tree2 = new ProtocolTree();
tree1.AttachErrorHandler();
tree2.AttachErrorHandler();
MockData1Handler h11 = new MockData1Handler();
MockData2Handler h12 = new MockData2Handler();
MockData1Handler h21 = new MockData1Handler();
h21.NewData += obj => lg.Log("data1");
tree1.Register(h11);
tree1.Register(h12);
tree2.Register(h21);
tree1.Entry(h11);
tree1.Connect(h11, h12);
tree2.Entry(h21);
void test1(AbstractProtocol obj)
{
tree2.Receive(obj);
}
void test2(AbstractProtocol obj)
{
Assert.ThrowsException <DataSymmetricityError>(() => tree2.Receive(obj));
}
tree1.SenderDataReady += test1;
h11.Send();
tree1.SenderDataReady -= test1;
tree1.SenderDataReady += test2;
h12.Send();
lg.Verify(new List <string>
{
"data1", "data1"
});
}