//***************************************************************************
// Public Methods
//
/// <summary>
/// Adds a statement to this DynaMember object.
/// </summary>
/// <param name="newStatement">An DynaStatement object containing the expression you want to add.</param>
public void AddStatement(DynaStatement value)
{
#region DEBUG Output
#if DEBUG
Console.WriteLine(value.GetType().Name);
#endif
#endregion
switch (value.GetType().Name.ToLower())
{
case "dynaiterationstatement":
csc.Add((value as DynaIterationStatement).Statement);
break;
case "dynaassignmentstatement":
csc.Add((value as DynaAssignmentStatement).Statement);
break;
case "dynaconditionstatement":
csc.Add((value as DynaConditionStatement).Statement);
break;
case "dynareturnstatement":
csc.Add((value as DynaReturnStatement).Statement);
break;
case "dynadeclarationstatement":
csc.Add((value as DynaDeclarationStatement).Statement);
break;
case "dynacommentstatement":
csc.Add((value as DynaCommentStatement).Statement);
break;
case "dynamethodexpression":
csc.Add((value as DynaMethodExpression).Statement);
break;
case "dynaarraycreateexpression":
csc.Add((value as DynaArrayCreateExpression).Statement);
break;
case "dynaarrayindexerexpression":
csc.Add((value as DynaArrayIndexerExpression).Statement);
break;
case "dynaoperatorexpression":
csc.Add((value as DynaOperatorExpression).Statement);
break;
}
#region DEBUG Output
#if DEBUG
Console.WriteLine(csc[csc.Count - 1].ToString());
#endif
#endregion
}
public void SetValueIncrement(DynaStatement value)
{
switch (value.GetType().Name.ToLower())
{
case "dynaiterationstatement":
this._valueInc = (value as DynaIterationStatement).Statement;
break;
case "dynaassignmentstatement":
this._valueInc = (value as DynaAssignmentStatement).Statement;
break;
case "dynaconditionstatement":
this._valueInc = (value as DynaConditionStatement).Statement;
break;
case "dynareturnstatement":
this._valueInc = (value as DynaReturnStatement).Statement;
break;
case "dynadeclarationstatement":
this._valueInc = (value as DynaDeclarationStatement).Statement;
break;
case "dynacommentstatement":
this._valueInc = (value as DynaCommentStatement).Statement;
break;
}
}
/// <summary>
/// Adds a statement expression to be executed if the condition statement evaluates to false.
/// </summary>
/// <param name="expr">An object inherited from the AllOneSystem.DynaCode.DynaStatement class.</param>
public void AddElseStatement(DynaStatement value)
{
switch (value.GetType().Name.ToLower())
{
case "dynaiterationstatement":
csc2.Add((value as DynaIterationStatement).Statement);
break;
case "dynaassignmentstatement":
csc2.Add((value as DynaAssignmentStatement).Statement);
break;
case "dynaconditionstatement":
csc2.Add((value as DynaConditionStatement).Statement);
break;
case "dynareturnstatement":
csc2.Add((value as DynaReturnStatement).Statement);
break;
case "dynadeclarationstatement":
csc2.Add((value as DynaDeclarationStatement).Statement);
break;
case "dynacommentstatement":
csc2.Add((value as DynaCommentStatement).Statement);
break;
case "dynamethodexpression":
csc2.Add((value as DynaMethodExpression).Statement);
break;
case "dynaarraycreateexpression":
csc2.Add((value as DynaArrayCreateExpression).Statement);
break;
case "dynaarrayindexerexpression":
csc2.Add((value as DynaArrayIndexerExpression).Statement);
break;
case "dynaoperatorexpression":
csc2.Add((value as DynaOperatorExpression).Statement);
break;
}
}
public DynaIterationStatement(DynaStatement InitValue, DynaExpression LoopCondition, DynaStatement ValueIncrement, DynaStatement[] LoopStatements)
{
switch (InitValue.GetType().Name.ToLower())
{
case "dynaiterationstatement":
this._initValue = (InitValue as DynaIterationStatement).Statement;
break;
case "dynaassignmentstatement":
this._initValue = (InitValue as DynaAssignmentStatement).Statement;
break;
case "dynaconditionstatement":
this._initValue = (InitValue as DynaConditionStatement).Statement;
break;
case "dynareturnstatement":
this._initValue = (InitValue as DynaReturnStatement).Statement;
break;
case "dynadeclarationstatement":
this._initValue = (InitValue as DynaDeclarationStatement).Statement;
break;
case "dynacommentstatement":
this._initValue = (InitValue as DynaCommentStatement).Statement;
break;
}
switch (LoopCondition.GetType().Name.ToLower())
{
case "dynamethodexpression":
this._testCondition = (LoopCondition as DynaMethodExpression).Expression;
break;
case "dynaarraycreateexpression":
this._testCondition = (LoopCondition as DynaArrayCreateExpression).Expression;
break;
case "dynaarrayindexerexpression":
this._testCondition = (LoopCondition as DynaArrayIndexerExpression).Expression;
break;
case "dynaoperatorexpression":
this._testCondition = (LoopCondition as DynaOperatorExpression).Expression;
break;
}
switch (ValueIncrement.GetType().Name.ToLower())
{
case "dynaiterationstatement":
this._valueInc = (ValueIncrement as DynaIterationStatement).Statement;
break;
case "dynaassignmentstatement":
this._valueInc = (ValueIncrement as DynaAssignmentStatement).Statement;
break;
case "dynaconditionstatement":
this._valueInc = (ValueIncrement as DynaConditionStatement).Statement;
break;
case "dynareturnstatement":
this._valueInc = (ValueIncrement as DynaReturnStatement).Statement;
break;
case "dynadeclarationstatement":
this._valueInc = (ValueIncrement as DynaDeclarationStatement).Statement;
break;
case "dynacommentstatement":
this._valueInc = (ValueIncrement as DynaCommentStatement).Statement;
break;
}
if (LoopStatements != null)
{
foreach (DynaStatement ds in LoopStatements)
switch (ds.GetType().Name.ToLower())
{
case "dynaiterationstatement":
csc.Add((ds as DynaIterationStatement).Statement);
break;
case "dynaassignmentstatement":
csc.Add((ds as DynaAssignmentStatement).Statement);
break;
case "dynaconditionstatement":
csc.Add((ds as DynaConditionStatement).Statement);
break;
case "dynareturnstatement":
csc.Add((ds as DynaReturnStatement).Statement);
break;
case "dynadeclarationstatement":
csc.Add((ds as DynaDeclarationStatement).Statement);
break;
case "dynacommentstatement":
csc.Add((ds as DynaCommentStatement).Statement);
break;
}
}
}