protected ASTElement(string text, nodeType type, ASTElement parent)
{
m_nodeType = type;
m_parent = parent;
m_serial = ms_serialCounter++;
m_text = text;
}
protected ASTComposite(string text, nodeType type, ASTElement parent, int numContexts) : base(text, type, parent)
{
m_children = new List <ASTElement> [numContexts];
for (int i = 0; i < numContexts; i++)
{
m_children[i] = new List <ASTElement>();
}
m_nodeName = GenerateNodeName();
}
public CASTReturnStatement(String text, ASTElement parent, int numContexts) : base(text, nodeType.NT_STATEMENT_RETURN, parent, numContexts)
{
}
public CASTEpxressionStatement(String text, ASTElement parent, int numContexts) : base(text, nodeType.NT_STATEMENT_EXPRESSION, parent, numContexts)
{
}
public CASTExpressionDivision(string text, ASTElement parent, int numContexts) : base(text, nodeType.NT_EXPRESSION_DIVISION, parent, numContexts)
{
}
public CASTFunctionDefinition(String text, ASTElement parent, int numContexts) : base(text, nodeType.NT_FUNCTIOΝDEFINITION, parent, numContexts)
{
}
public CASTStatement(String text, nodeType type, ASTElement parent, int numContexts) : base(text, type, parent, numContexts)
{
}
public CASTWhileStatement(String text, ASTElement parent, int numContexts) : base(text, nodeType.NT_WHILESTATEMENT, parent, numContexts)
{
}
public CASTExpressionInParenthesis(String text, ASTElement parent, int numContexts) : base(text, nodeType.NT_EXPRESSION_PARENTHESIS, parent, numContexts)
{
}
public CASTExpressionMinus(String text, ASTElement parent, int numContexts) : base(text, nodeType.NT_EXPRESSION_MINUS, parent, numContexts)
{
}
public CASTExpressionSubtraction(string text, ASTElement parent, int numContexts) : base(text, nodeType.NT_EXPRESSION_SUBSTRACTION, parent, numContexts)
{
}
public CASTExpressionAddition(string text, ASTElement parent, int numContexts) : base(text, nodeType.NT_EXPRESSION_ADDITION, parent, numContexts)
{
}
public CASTIDENTIFIER(string idText, ASTElement parent) : base(idText, nodeType.NT_EXPRESSION_IDENTIFIER,
parent)
{
m_nodeName = GenerateNodeName();
}
protected ASTTerminal(string text, nodeType type, ASTElement parent) : base(text, type, parent)
{
m_text = text;
}
internal void AddChild(ASTElement child, contextType ct)
{
int index = GetContextIndex(ct);
m_children[index].Add(child);
}
public CASTNUMBER(string numberText, ASTElement parent) : base(numberText, nodeType.NT_EXPRESSION_NUMBER,
parent)
{
m_value = Int32.Parse(numberText);
m_nodeName = GenerateNodeName();
}
public CASTBreakStatement(String text, ASTElement parent, int numContexts) : base(text, nodeType.NT_STATEMENT_BREAK, parent, numContexts)
{
}
public CASTExpressionAssign(string text, ASTElement parent, int numContexts) : base(text, nodeType.NT_EXPRESSION_ASSIGN, parent, numContexts)
{
}
public CASTIfStatement(String text, ASTElement parent, int numContexts) : base(text, nodeType.NT_IFSTATEMENT, parent, numContexts)
{
}
public CASTExpressionLte(String text, ASTElement parent, int numContexts) : base(text, nodeType.NT_EXPRESSION_LTE, parent, numContexts)
{
}
public CASTCompileUnit(string text, ASTElement parent, int numContexts) : base(text, nodeType.NT_COMPILEUNIT, parent, numContexts)
{
}
public CASTExpressionNequal(String text, ASTElement parent, int numContexts) : base(text, nodeType.NT_EXPRESSION_NEQUAL, parent, numContexts)
{
}
public CASTExpressionMultiplication(string text, ASTElement parent, int numContexts) : base(text, nodeType.NT_EXPRESSION_MULTIPLICATION, parent, numContexts)
{
}
public CASTStatementList(String text, ASTElement parent, int numContexts) : base(text, nodeType.NT_STATEMENTLIST, parent, numContexts)
{
}
public Result Visit(ASTElement node, VParam param = default(VParam))
{
return(node.Accept(this, param));
}
public CASTCompoundStatement(String text, ASTElement parent, int numContexts) : base(text, nodeType.NT_COMPOUNDSTATEMENT, parent, numContexts)
{
}
