public void AcceptBreakCase(BreakCaseStatement stmt)
{
Check(stmt);
}
public void AcceptBreakCase(BreakCaseStatement stmt)
{
IsEmpty = false;
}
public void AcceptBreakCase(BreakCaseStatement stmt)
{
}
public void AcceptBreakCase(BreakCaseStatement stmt)
{
_result.Add(stmt);
}
public void AcceptBreakCase(BreakCaseStatement stmt)
{
Result = stmt;
}
public void AcceptBreakCase(BreakCaseStatement stmt)
{
IsEmpty = false;
}
public void AcceptBreakCase(BreakCaseStatement stmt)
{
SingleResult(GetAtomicSuccessor(stmt.CaseStmt));
}
public void AcceptBreakCase(BreakCaseStatement stmt)
{
Break(_caseMap[stmt.CaseStmt]);
}
public void AcceptBreakCase(BreakCaseStatement stmt)
{
CreateLabelForNextInstruction(stmt);
Emit(ISet.Goto(CreateLabel(stmt.Successor)), CloseBB(), 0);
}
public void AcceptBreakCase(BreakCaseStatement stmt)
{
SimpleResult(stmt);
}
public void AcceptBreakCase(BreakCaseStatement stmt)
{
Break(_caseMap[stmt.CaseStmt]);
}
/// <summary>
/// Transforms a "break case" statement. The default implementation places a new "break case"
/// statement inside the current case selection.
/// </summary>
/// <param name="stmt">"break case" statement</param>
public virtual void AcceptBreakCase(BreakCaseStatement stmt)
{
Break(_caseMap[stmt.CaseStmt]);
CopyAttributesToLastStatement(stmt);
}
