public void ParsingChainedHandlerGraphAndNull()
{
EnsureTestData();
Graph g = new Graph();
GraphHandler handler1 = new GraphHandler(g);
NullHandler handler2 = new NullHandler();
ChainedHandler handler = new ChainedHandler(new IRdfHandler[] { handler1, handler2 });
TurtleParser parser = new TurtleParser();
parser.Load(handler, "temp.ttl");
}
public void ParsingChainedHandlerGraphAndCount()
{
EnsureTestData();
Graph g = new Graph();
GraphHandler handler1 = new GraphHandler(g);
CountHandler handler2 = new CountHandler();
ChainedHandler handler = new ChainedHandler(new IRdfHandler[] { handler1, handler2 });
TurtleParser parser = new TurtleParser();
parser.Load(handler, "temp.ttl");
Assert.AreEqual(g.Triples.Count, handler2.Count, "Expected Counts to be the same");
}
public void ParsingChainedHandlerGraphAndCount()
{
EnsureTestData();
Graph g = new Graph();
GraphHandler handler1 = new GraphHandler(g);
CountHandler handler2 = new CountHandler();
ChainedHandler handler = new ChainedHandler(new IRdfHandler[] { handler1, handler2 });
TurtleParser parser = new TurtleParser();
parser.Load(handler, "chained_handler_tests_temp.ttl");
Assert.Equal(g.Triples.Count, handler2.Count);
}
public void ParsingChainedHandlerTwoGraphs()
{
EnsureTestData();
Graph g = new Graph();
Graph h = new Graph();
GraphHandler handler1 = new GraphHandler(g);
GraphHandler handler2 = new GraphHandler(h);
ChainedHandler handler = new ChainedHandler(new IRdfHandler[] { handler1, handler2 });
TurtleParser parser = new TurtleParser();
parser.Load(handler, "temp.ttl");
Assert.AreEqual(g.Triples.Count, h.Triples.Count, "Expected same number of Triples");
Assert.AreEqual(g, h, "Expected Graphs to be equal");
}
public void ParsingChainedHandlerGraphAndPaging()
{
EnsureTestData();
Graph g = new Graph();
Graph h = new Graph();
GraphHandler handler1 = new GraphHandler(g);
PagingHandler handler2 = new PagingHandler(new GraphHandler(h), 100);
ChainedHandler handler = new ChainedHandler(new IRdfHandler[] { handler1, handler2 });
TurtleParser parser = new TurtleParser();
parser.Load(handler, "temp.ttl");
Assert.AreEqual(101, g.Triples.Count, "Triples should have been limited to 101 (1st Graph)");
Assert.AreEqual(100, h.Triples.Count, "Triples should have been limited to 100 (2nd Graph)");
Assert.AreNotEqual(g.Triples.Count, h.Triples.Count, "Expected different number of Triples");
Assert.AreNotEqual(g, h, "Expected Graphs to not be equal");
}
public void ParsingChainedHandlerGraphAndPaging()
{
EnsureTestData();
Graph g = new Graph();
Graph h = new Graph();
GraphHandler handler1 = new GraphHandler(g);
PagingHandler handler2 = new PagingHandler(new GraphHandler(h), 100);
ChainedHandler handler = new ChainedHandler(new IRdfHandler[] { handler1, handler2 });
TurtleParser parser = new TurtleParser();
parser.Load(handler, "chained_handler_tests_temp.ttl");
Assert.Equal(101, g.Triples.Count);
Assert.Equal(100, h.Triples.Count);
Assert.NotEqual(g.Triples.Count, h.Triples.Count);
Assert.NotEqual(g, h);
}
public void ParsingChainedHandlerBadInstantiation3()
{
GraphHandler h = new GraphHandler(new Graph());
ChainedHandler handler = new ChainedHandler(new IRdfHandler[] { h, h });
}
public void ParsingChainedHandlerBadInstantiation2()
{
ChainedHandler handler = new ChainedHandler(null);
}
public void ParsingChainedHandlerBadInstantiation()
{
ChainedHandler handler = new ChainedHandler(Enumerable.Empty <IRdfHandler>());
}
