public override AbstractNode VisitGraphInitDcl([NotNull] GiraphParser.GraphInitDclContext context)
{
GraphNode GNode = new GraphNode(context.Start.Line, context.Start.Column);
GNode.Name = context.variable().GetText();
// Handle all VetexDcl's and add them to the list in the GraphNode
foreach (var Child in context.graphDclBlock().vertexDcls())
{
foreach (var NestedChild in Child.vertexDcl())
{
GraphDeclVertexNode VNode = new GraphDeclVertexNode(context.Start.Line, context.Start.Column);
if (NestedChild.variable() != null)
{
VNode.Name = NestedChild.variable().GetText();
}
if (NestedChild.assignment() != null)
{
foreach (var Attribute in NestedChild.assignment())
{
VNode.ValueList.Add(Attribute.variable().GetText(), Visit(Attribute.boolCompOrExp()));
}
}
GNode.Vertices.Add(VNode);
}
}
// Handle all edgeDcl's and add them to the list in the GraphNode
foreach (var Child in context.graphDclBlock().edgeDcls())
{
foreach (var NestedChild in Child.edgeDcl())
{
GraphDeclEdgeNode ENode = new GraphDeclEdgeNode(context.Start.Line, context.Start.Column);
// If there is a name for the Edge
if (NestedChild.variable().GetLength(0) > 2)
{
ENode.Name = NestedChild.variable(0).GetText(); // Edge Name
ENode.VertexNameFrom = NestedChild.variable(1).GetText(); // Vertex From
ENode.VertexNameTo = NestedChild.variable(2).GetText(); // Vertex To
}
else
{
ENode.VertexNameFrom = NestedChild.variable(0).GetText(); // Vertex From
ENode.VertexNameTo = NestedChild.variable(1).GetText(); // Vertex To
}
// Checks if there are any assignments
if (NestedChild.assignment() != null)
{
foreach (var Attribute in NestedChild.assignment())
{
// This is in order to ignore the attributes that are without
if (Attribute.variable() != null)
{
ENode.ValueList.Add(Attribute.variable().GetText(), Visit(Attribute.boolCompOrExp()));
}
}
}
GNode.Edges.Add(ENode);
}
}
return(GNode);
}
public override void Visit(GraphDeclVertexNode node)
{
_symbolTable.SetCurrentNode(node);
foreach (KeyValuePair <string, AbstractNode> item in node.ValueList)
{
item.Value.Parent = node;
item.Value.Accept(this);
AllType typeOfKey = _symbolTable.GetAttributeType(item.Key, AllType.VERTEX) ?? AllType.UNKNOWNTYPE;
CheckAllowedCast(typeOfKey, item.Value.Type_enum);
}
}
public override void Visit(GraphDeclVertexNode node)
{
Debug.Print("GraphDeclVertexNode");
ProgramCode.Append($"{node.Name}(");
int i = 0;
foreach (KeyValuePair <string, AbstractNode> item in node.ValueList)
{
InsertComma(ref i);
ProgramCode.Append($"{item.Key} = {item.Value}");
}
ProgramCode.Append(")");
}
public override void Visit(GraphDeclVertexNode node)
{
SymbolTable.SetCurrentNode(node);
/* Missing the values of the vertex*/
string vertexName = node.Name;
if (CheckAlreadyDeclared(node.Name))
{
SymbolTable.EnterSymbol(vertexName, AllType.VERTEX);
SymbolTable.SetAssigned(vertexName);
foreach (var attribute in node.ValueList)
{
SymbolTable.AttributeDefined(attribute.Key, AllType.VERTEX);
}
}
}
public override AbstractNode VisitVertexDcl([NotNull] GiraphParser.VertexDclContext context)
{
GraphDeclVertexNode VarNode = new GraphDeclVertexNode(context.Start.Line, context.Start.Column);
if (context.GetChild(0).GetText() != "(")
{
VarNode.Name = context.variable().GetText();
}
if (context.assignment() != null)
{
foreach (var Child in context.assignment())
{
VarNode.ValueList.Add(Child.variable().GetText(), Visit(Child.boolCompOrExp()));
VarNode.AdoptChildren(Visit(Child));
}
}
return(VarNode);
}
public abstract void Visit(GraphDeclVertexNode node);
public override void Visit(GraphDeclVertexNode node)
{
throw new Exception("This should be done in the GraphDeclNode");
}
