public void SetUp()
{
optAssemblyNode = new BranchOptionalAssemblyNode(1, 4);
parentNode = new SupportJoinProcNode(-1, 4);
parentNode.AddChild(optAssemblyNode);
resultMultipleEvents = supportJoinResultNodeFactory.MakeOneStreamResult(4, 1, 2, 1); // 2 nodes 1 event each for (1)
resultSingleEvent = supportJoinResultNodeFactory.MakeOneStreamResult(4, 1, 1, 1); // 1 nodes 1 event each for (1)
}
public void SetUp()
{
_rootCartNodeOneReq = new RootCartProdAssemblyNode(1, 5, false, new int[] { 0, 0, 0, 1, 2 });
_parentNode = new SupportJoinProcNode(-1, 5);
_parentNode.AddChild(_rootCartNodeOneReq);
// add child nodes to indicate what sub-streams to build the cartesian product from
_rootCartNodeOneReq.AddChild(new SupportJoinProcNode(2, 5));
_rootCartNodeOneReq.AddChild(new SupportJoinProcNode(3, 5));
_rootCartNodeOneReq.AddChild(new SupportJoinProcNode(4, 5));
}
public void SetUp()
{
_optCartNode = new CartesianProdAssemblyNode(1, 4, true, new int[] { 0, 0, 0, 1 });
_parentNode = new SupportJoinProcNode(-1, 4);
_parentNode.AddChild(_optCartNode);
// add child nodes to indicate what sub-streams to build the cartesian product from
_optCartNode.AddChild(new SupportJoinProcNode(2, 4));
_optCartNode.AddChild(new SupportJoinProcNode(3, 4));
_resultMultipleEvents = SupportJoinResultNodeFactory.MakeOneStreamResult(4, 1, 2, 1); // 2 nodes 1 event each for (1)
_resultSingleEvent = SupportJoinResultNodeFactory.MakeOneStreamResult(4, 1, 1, 1); // 1 nodes 1 event each for (1)
}
public static void TestChildResult(BaseAssemblyNode nodeUnderTest, SupportJoinProcNode mockParentNode)
{
EventBean[] childRow = new EventBean[4];
childRow[3] = SupportJoinResultNodeFactory.MakeEvent();
EventBean myEvent = SupportJoinResultNodeFactory.MakeEvent();
Node myNode = SupportJoinResultNodeFactory.MakeNode(3, 1);
// indicate child result
List <EventBean[]> resultFinalRows = new List <EventBean[]>();
nodeUnderTest.Result(childRow, 3, myEvent, myNode, resultFinalRows, null);
// assert parent node got the row
Assert.AreEqual(1, mockParentNode.RowsList.Count);
EventBean[] resultRow = mockParentNode.RowsList[0];
// assert the node has added his event to the row
Assert.AreEqual(myEvent, resultRow[1]);
}
public void TestGetSubstreams()
{
SupportJoinProcNode top = new SupportJoinProcNode(2, 3);
SupportJoinProcNode child_1 = new SupportJoinProcNode(5, 3);
SupportJoinProcNode child_2 = new SupportJoinProcNode(1, 3);
top.AddChild(child_1);
top.AddChild(child_2);
SupportJoinProcNode child_1_1 = new SupportJoinProcNode(6, 3);
SupportJoinProcNode child_1_2 = new SupportJoinProcNode(7, 3);
child_1.AddChild(child_1_1);
child_1.AddChild(child_1_2);
SupportJoinProcNode child_1_1_1 = new SupportJoinProcNode(0, 3);
child_1_1.AddChild(child_1_1_1);
int[] result = top.Substreams;
EPAssertionUtil.AssertEqualsAnyOrder(new int[] { 2, 5, 1, 6, 7, 0 }, result);
}
public void TestChildResult(
BaseAssemblyNode nodeUnderTest,
SupportJoinProcNode mockParentNode)
{
TestChildResult(nodeUnderTest, mockParentNode, supportJoinResultNodeFactory);
}
public void SetUp()
{
_leafNode = new LeafAssemblyNode(1, 4);
_parentNode = new SupportJoinProcNode(-1, 4);
_parentNode.AddChild(_leafNode);
}
public void SetUp()
{
reqNode = new BranchRequiredAssemblyNode(1, 3);
parentNode = new SupportJoinProcNode(-1, 3);
parentNode.AddChild(reqNode);
}
