private void CreateConfig()
{
NodeFamily nodes = new NodeFamily(
new List <IdentifierPartTemplate>()
{
new IdentifierPartTemplate("v", "0", "n")
}
);
EdgeFamily edges = new EdgeFamily(
new List <IdentifierPartTemplate>
{
new IdentifierPartTemplate("a", "0", "n"),
new IdentifierPartTemplate("b", "0", "n"),
new IdentifierPartTemplate("x", "0", "n")
}, new EdgeFamily.EdgeEnd(nodes, new List <string> {
"__a__"
}),
new EdgeFamily.EdgeEnd(nodes, new List <string> {
"__b__"
})
)
{
ValidationTemplate = "g[__a__][__x__] == __b__", IsDirected = true
};
_config = new GraphConfig
{
Edges = new HashSet <EdgeFamily> {
edges
},
Nodes = new HashSet <NodeFamily> {
nodes
}
};
}
public void FromNodeFamily(NodeFamily nodeFamily)
{
IdentifierPartRangeControl.FromRanges(nodeFamily.Ranges);
validationTemplateBox.Text = nodeFamily.ValidationTemplate;
FamilyName.Text = nodeFamily.Name;
var windows = new List <Window>();
foreach (var conditionalProperty in nodeFamily.ConditionalProperties)
{
var window = new NodeConditionalPropertyWindow();
window.FromConditionalProperty(conditionalProperty);
windows.Add(window);
}
PropertiesControl.SetNewWindows(windows);
}
public void Parse_Concurrency_ThrowsNodeConcurrencyException()
{
// Arrange
INodeFamily nodeFamily = new NodeFamily("family");
INode idle = new IdleNode(nodeFamily, null);
INode exactText = new ExactTextNode(
"foo",
new[] { WordTextClass.Instance, },
false,
(node, token, arg3) => { },
nodeFamily,
null);
INode someText = new TextNode(
new ITextClass[] { WordTextClass.Instance, },
null,
nodeFamily,
null);
idle.EstablishLink(someText);
idle.EstablishLink(exactText);
someText.EstablishLink(EndNode.Instance);
exactText.EstablishLink(EndNode.Instance);
IParser parser = new Parser();
var tokens = new List <IToken>
{
new TextToken(
WordTextClass.Instance,
NoneTextDecoration.Instance,
"foo",
Position.Zero,
3),
};
// Act
parser.Root = idle;
var ex = Assert.Throws <NodeConcurrencyException>(() => parser.Parse(tokens));
// Assert
Assert.That(ex.Message, Is.EqualTo("More than one node accepted the token."));
Assert.That(ex.ConcurrentNodes, Has.Length.EqualTo(2));
Assert.That(ex.ConcurrentNodes, Does.Contain(exactText));
Assert.That(ex.ConcurrentNodes, Does.Contain(someText));
Assert.That(ex.Token, Is.SameAs(tokens.Single()));
}
public void CreateGraphConfigForDfs()
{
NodeFamily nodes = new NodeFamily(
new List <IdentifierPartTemplate>
{
new IdentifierPartTemplate("v", "0", "n")
});
var dfsNode = System.Tuple.Create(
new Condition("\"__CURRENT_FUNCTION__\" == \"dfs\" && __ARG1__ == __v__"),
(INodeProperty) new FillColorNodeProperty(Color.Red));
nodes.Properties.Add(dfsNode);
EdgeFamily edges = new EdgeFamily(
new List <IdentifierPartTemplate>
{
new IdentifierPartTemplate("a", "0", "n"),
new IdentifierPartTemplate("b", "0", "n"),
new IdentifierPartTemplate("x", "0", "g[__a__].size()")
}, new EdgeFamily.EdgeEnd(nodes, new List <string> {
"__a__"
}),
new EdgeFamily.EdgeEnd(nodes, new List <string> {
"__b__"
}))
{
ValidationTemplate = "__a__ < __b__ && g[__a__][__x__] == __b__"
};
var dfsEdges = Tuple.Create(new Condition("p[__a__] == __b__ || p[__b__] == __a__"),
(IEdgeProperty) new LineColorEdgeProperty(Color.Red));
edges.Properties.Add(dfsEdges);
GraphConfig config = new GraphConfig
{
Edges = new HashSet <EdgeFamily> {
edges
}, Nodes = new HashSet <NodeFamily> {
nodes
}
};
}
