public If(Expression e, Statement t, Statement f, int l, int c)
: base(l, c)
{
Expression = e;
Body = t;
Else = f;
}
public If(Expression e, Statement s, int l, int c)
: base(l, c)
{
Expression = e;
Body = s;
Else = Statement.Nop;
}
public For(Statement init, Expression test, Statement iterator, Statement body, int l, int c)
: base(l, c)
{
Initializer = init;
Iterator = iterator;
Body = body;
Test = test;
}
public Sequence(Statement s1, Statement s2, int line, int col)
: base(line, col)
{
First = s1;
Second = s2;
}
public With(Expression e, Statement s, int l, int c)
: base(l, c)
{
Instance = e; Body = s;
}
public While(Expression e, Statement s, int line, int col)
: base(line,col)
{
Expression = e;
Body = s;
}
public Do(Statement s, Expression e, int l, int c)
: base(l, c)
{
Expression = e;
Body = s;
}
public void VisitStatement(Statement s)
{
switch (s.Kind)
{
case StatementKind.AdditionAssignment:
case StatementKind.AndAssignment:
case StatementKind.Assignment:
case StatementKind.DivideAssignment:
case StatementKind.MultiplyAssignment:
case StatementKind.OrAssignment:
case StatementKind.SubtractionAssignment:
case StatementKind.XorAssignment:
VisitAssignment(s as Assignment);
break;
case StatementKind.Break:
VisitBreak(s as Break);
break;
case StatementKind.Call:
VisitCallStatement(s as CallStatement);
break;
case StatementKind.Case:
VisitCaseLabel(s as Case);
break;
case StatementKind.Continue:
VisitContinue(s as Continue);
break;
case StatementKind.Default:
VisitDefaultCaseLabel(s as Default);
break;
case StatementKind.Do:
VisitDo(s as Do);
break;
case StatementKind.Exit:
VisitExit(s as Exit);
break;
case StatementKind.For:
VisitFor(s as For);
break;
case StatementKind.Globalvar:
VisitGlobalvar(s as Globalvar);
break;
case StatementKind.If:
VisitIf(s as If);
break;
case StatementKind.Nop:
VisitNop(s as Nop);
break;
case StatementKind.Repeat:
VisitRepeat(s as Repeat);
break;
case StatementKind.Return:
VisitReturn(s as Return);
break;
case StatementKind.Sequence:
VisitSequence(s as Sequence);
break;
case StatementKind.Switch:
VisitSwitch(s as Switch);
break;
case StatementKind.Var:
VisitVar(s as Var);
break;
case StatementKind.While:
VisitWhile(s as While);
break;
case StatementKind.With:
VisitWith(s as With);
break;
}
}
public Repeat(Expression e, Statement s, int l, int c)
: base(l, c)
{
Expression = e;
Body = s;
}
public void VisitStatement(Statement s)
{
switch (s.Kind)
{
case StatementKind.AdditionAssignment:
case StatementKind.AndAssignment:
case StatementKind.Assignment:
case StatementKind.DivideAssignment:
case StatementKind.MultiplyAssignment:
case StatementKind.OrAssignment:
case StatementKind.SubtractionAssignment:
case StatementKind.XorAssignment:
VisitAssignment(s as Assignment);
break;
case StatementKind.Break:
VisitBreak(s as Break);
break;
case StatementKind.Call:
VisitCallStatement(s as CallStatement);
break;
case StatementKind.Case:
VisitCaseLabel(s as Case);
break;
case StatementKind.Continue:
VisitContinue(s as Continue);
break;
case StatementKind.Default:
VisitDefaultCaseLabel(s as Default);
break;
case StatementKind.Do:
VisitDo(s as Do);
break;
case StatementKind.Exit:
VisitExit(s as Exit);
break;
case StatementKind.For:
VisitFor(s as For);
break;
case StatementKind.Globalvar:
VisitGlobalvar(s as Globalvar);
break;
case StatementKind.If:
VisitIf(s as If);
break;
case StatementKind.Nop:
VisitNop(s as Nop);
break;
case StatementKind.Repeat:
VisitRepeat(s as Repeat);
break;
case StatementKind.Return:
VisitReturn(s as Return);
break;
case StatementKind.Sequence:
VisitSequence(s as Sequence);
break;
case StatementKind.Switch:
VisitSwitch(s as Switch);
break;
case StatementKind.Var:
VisitVar(s as Var);
break;
case StatementKind.While:
VisitWhile(s as While);
break;
case StatementKind.With:
VisitWith(s as With);
break;
}
}
