public SwitchStatement(HappySourceLocation startsAt, HappySourceLocation endsAt, ExpressionNodeBase switchExpression, SwitchCase[] cases, StatementBlock defaultCase)
: base(startsAt, endsAt)
{
this.SwitchExpression = switchExpression;
this.Cases = cases;
this.DefaultStatementBlock = defaultCase;
}
public BinaryExpression(ExpressionNodeBase lvalue, Operator oper, ExpressionNodeBase rvalue)
: base(lvalue.Location, rvalue.Location)
{
this.LeftValue = lvalue;
this.RightValue = rvalue;
this.Operator = oper;
}
public IfStatement(HappySourceLocation startsAt, ExpressionNodeBase value, StatementBlock trueStatementBlock, StatementBlock falseStatementBlock)
: base(startsAt, falseStatementBlock != null ? falseStatementBlock.Location : trueStatementBlock.Location)
{
_condition = value;
_trueStatementBlock = trueStatementBlock;
_falseStatementBlock = falseStatementBlock;
}
public ForStatement(HappySourceLocation span, Identifier loopVariable, ExpressionNodeBase enumerable, ExpressionNodeBase between, ExpressionNodeBase where, StatementBlock loopBody)
: base(span, loopBody.Location)
{
_loopVariable = loopVariable;
_enumerable = enumerable;
_between = between;
_where = where != null ? new ForWhereClause(where.Location, _loopVariable.Text, where) : null;
_loopBody = loopBody;
}
public FunctionCallExpression(HappySourceLocation startsAt, HappySourceLocation endsAt, Identifier templateIdentifier, ExpressionNodeBase[] arguments)
: base(startsAt, endsAt, templateIdentifier)
{
_arguments = arguments;
}
public ArgumentList(HappySourceLocation location, ExpressionNodeBase[] arguments)
: base(location)
{
this.Arguments = arguments;
}
public virtual void AfterRightExpressionVisit(ExpressionNodeBase node)
{
//Intentionally left blank
}
public OutputStatement(ExpressionNodeBase[] expressionsToWrite)
: base(expressionsToWrite.First().Location, expressionsToWrite.Last().Location)
{
_expressionsToWrite = expressionsToWrite;
}
public WhileStatement(HappySourceLocation startsAt, ExpressionNodeBase condition, StatementBlock block)
: base(startsAt, block.Location)
{
Block = block;
this.Condition = condition;
}
public ReturnStatement(HappySourceLocation location, ExpressionNodeBase returnExp)
: base(location, returnExp != null ? returnExp.Location : location)
{
this.ReturnExp = returnExp;
}
public ForWhereClause(HappySourceLocation startsAt, string loopVariableName, ExpressionNodeBase expressionNode)
: base(startsAt, expressionNode.Location)
{
LoopVariableName = loopVariableName;
_expressionNode = expressionNode;
}
public VariableDef(Identifier identifier, ExpressionNodeBase defaultExpression)
: base(identifier.Location, defaultExpression != null ? defaultExpression.Location : null, identifier)
{
this.InitializerExpression = defaultExpression;
}
public NewObjectExpression(HappySourceLocation startsAt, HappySourceLocation endsAt, ExpressionNodeBase typeExpression, ExpressionNodeBase[] constructorArgs)
: base(startsAt, endsAt)
{
this.TypeExpression = typeExpression;
this.ConstructorAgs = constructorArgs;
}
public UnaryExpression(ExpressionNodeBase value, Operator oper)
: base(oper.Location, value.Location)
{
this.Value = value;
this.Operator = oper;
}
public SwitchCase(ExpressionNodeBase[] caseValues, StatementBlock statements)
: base(statements.Location)
{
this.CaseValues = caseValues;
this.CaseStatementBlock = statements;
}
