public void AddStatement(DynaExpression Statement)
{
ccc.Statements.Add(Statement.Expression);
}
/// <summary>
/// Creates a new class constructor member within this AosDynaClass object.
/// </summary>
/// <param name="Arguements">An array of DynaArguement objects containing the incoming arguements for this class constructor.</param>
/// <param name="Statements">An array of DynaStatement objects containing the expression statements contained within this class constructor.</param>
/// <param name="Scope">A value of type MemberAttributes indicating the scope of this class constructor.</param>
public void CreateConstructor(DynaArgument[] Arguments, DynaExpression[] Statements, System.CodeDom.MemberAttributes Scope)
{
DynaConstructor cc = new DynaConstructor();
cc.TypeMember.Attributes = Scope;
foreach (DynaExpression stmt in Statements)
cc.TypeMember.Statements.Add(stmt.Expression);
AddConstructor(cc);
}
/// <summary>
/// Creates a new field member within this DynaClass object.
/// </summary>
/// <param name="Name">A string value containing the name of the new field.</param>
/// <param name="ValueType">A Type class object indicating the data-type of the new field.</param>
/// <param name="GetStatements">An array of DynaStatement objects containing the expression statements contained within the 'Set' portion of the field.</param>
/// <param name="SetStatements">An array of DynaStatement objects containing the expression statements contained within the 'Get' portion of the field.</param>
/// <param name="Scope">A value of type MemberAttributes indicating the scope of this field.</param>
public void CreateProperty(string Name, Type ValueType, DynaExpression[] SetStatements, DynaExpression[] GetStatements, System.CodeDom.MemberAttributes Scope)
{
DynaProperty prop = new DynaProperty(Name, ValueType, Scope);
foreach (DynaExpression stmt in SetStatements)
prop.AddSetStatement(stmt);
foreach (DynaExpression stmt in GetStatements)
prop.AddGetStatement(stmt);
this.AddProperty(prop);
}
public DynaOperatorExpression(DynaExpression leftExpression, string rightVariable, CodeBinaryOperatorType Operation)
: this(leftExpression.Expression, new CodeVariableReferenceExpression(rightVariable), Operation)
{ }
/// <summary>
/// Sets the return value of this statement.
/// </summary>
/// <param name="ReturnExpression">A DynaStatement object whose result will be the return value.</param>
public void SetReturnExpression(DynaExpression ReturnExpression)
{
this._ce = ReturnExpression.Expression;
}
public DynaAssignmentStatement(string VarName, DynaExpression AssignValue)
: this(VarName, AssignValue.Expression)
{ }
public DynaOperatorExpression(DynaExpression leftExpression, DynaExpression rightExpression, CodeBinaryOperatorType Operation)
: this(leftExpression.Expression, rightExpression.Expression, Operation)
{ }
public DynaArrayIndexerExpression(string VariableName, DynaExpression IndexExpression)
: this(VariableName, IndexExpression.Expression)
{ }
public DynaDeclarationStatement(string VariableName, Type DataType, DynaExpression InitExpression)
: this(VariableName, DataType.FullName, InitExpression)
{ }
public DynaArrayCreateExpression(string DataType, DynaExpression[] ArrayInitializers)
: this(DataType)
{
foreach (DynaExpression de in ArrayInitializers)
cec.Add(de.Expression);
}
public void SetArraySize(DynaExpression value)
{
this._size = value.Expression;
}
public DynaArrayCreateExpression(Type DataType, DynaExpression[] ArrayInitializers)
: this(DataType.FullName, ArrayInitializers)
{ }
public DynaArrayCreateExpression(string DataType, DynaExpression SizeExpression)
: this(DataType)
{
this._size = SizeExpression.Expression;
}
public DynaArrayCreateExpression(Type DataType, DynaExpression SizeExpression)
: this(DataType.FullName, SizeExpression)
{ }
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;
}
}
}
public void SetInitExpression(DynaExpression InitExpression)
{
this._init = InitExpression.Expression;
}
public void SetLoopCondition(DynaExpression value)
{
switch (value.GetType().Name.ToLower())
{
case "dynamethodexpression":
this._testCondition = (value as DynaMethodExpression).Expression;
break;
case "dynaarraycreateexpression":
this._testCondition = (value as DynaArrayCreateExpression).Expression;
break;
case "dynaarrayindexerexpression":
this._testCondition = (value as DynaArrayIndexerExpression).Expression;
break;
case "dynaoperatorexpression":
this._testCondition = (value as DynaOperatorExpression).Expression;
break;
}
}
public DynaObjectCreateExpression(string ValueType, DynaExpression[] Parameters)
: this(ValueType)
{
foreach (DynaExpression de in Parameters)
cec.Add(de.Expression);
}
public DynaConditionStatement(DynaExpression TestCondition)
: this(TestCondition.Expression)
{ }
public DynaObjectCreateExpression(Type ValueType, DynaExpression[] Parameters)
: this(ValueType.FullName, Parameters)
{ }
public DynaOperatorExpression(DynaExpression leftExpression, object rightExpression, CodeBinaryOperatorType Operation)
: this(leftExpression.Expression, new CodePrimitiveExpression(rightExpression), Operation)
{ }
//***************************************************************************
// Public Methods
//
public void AddParameter(DynaExpression value)
{
cec.Add(value.Expression);
}
public DynaReturnStatement(DynaExpression ReturnExpression)
: this(ReturnExpression.Expression)
{ }
public DynaMethodExpression(string ExpressionNamespace, string MethodName, DynaExpression ExpressionArg)
: this(ExpressionNamespace, MethodName, new DynaExpression[] { ExpressionArg })
{ }
/// <summary>
/// Creates a new method member within this DynaClass object.
/// </summary>
/// <param name="Name">A string value containing the name of the new method.</param>
/// <param name="Arguements">An array of DynaArguement objects specifying the incoming arguements for the new methdod.</param>
/// <param name="Statements">An array of DynaStatement objects specifying the expression statements contained within this method.</param>
/// <param name="Scope">A value of type MemberAttributes indicating the scope of the new method.</param>
public void CreateMethod(string Name, DynaArgument[] Arguements, DynaExpression[] Statements, System.CodeDom.MemberAttributes Scope)
{
DynaMethod dm = new DynaMethod(Name);
dm.TypeMember.Attributes = Scope;
foreach (DynaExpression stmt in Statements)
dm.TypeMember.Statements.Add(stmt.Expression);
AddMethod(dm);
}
public DynaMethodExpression(string ExpressionNamespace, string MethodName, DynaExpression[] ExpressionArgs)
{
_methodName = MethodName;
_nameSpace = ExpressionNamespace;
if (ExpressionArgs != null && ExpressionArgs.Length > 0)
{
foreach (DynaExpression de in ExpressionArgs)
switch (de.GetType().Name.ToLower())
{
case "dynamethodexpression":
cec.Add((de as DynaMethodExpression).Expression);
break;
case "dynaarraycreateexpression":
cec.Add((de as DynaArrayCreateExpression).Expression);
break;
case "dynaarrayindexerexpression":
cec.Add((de as DynaArrayIndexerExpression).Expression);
break;
case "dynaoperatorexpression":
cec.Add((de as DynaOperatorExpression).Expression);
break;
}
}
}
/// <summary>
/// Creates a new entry point member within this DynaClass object.
/// When adding this class to an DynaCode object containing other classes, there should be only *one* (1) EntryPoint for the entire DynaCode object.
/// </summary>
/// <param name="Arguements">An array of DynaArguement objects containing the incoming arguements for the new entry point.</param></param>
/// <param name="Statements">An array of DynaStatement objects containing the expression statements contained within the new entry point.</param></param>
/// <param name="Scope">A value of type MemberAttributes indicating the scope of this class constructor.</param>
public void CreateEntryPoint(DynaArgument[] Arguements, DynaExpression[] Statements, System.CodeDom.MemberAttributes Scope)
{
DynaEntryPoint ep = new DynaEntryPoint();
ep.TypeMember.Attributes = Scope;
foreach (DynaExpression stmt in Statements)
ep.TypeMember.Statements.Add(stmt.Expression);
AddEntryPoint(ep);
}
/// <summary>
/// Adds an argument value to this method call. Be cautious, when adding values here, that they are added in the proper order.
/// </summary>
/// <param name="value">A DynaExpression object containing an expression whose result value will be passed to the method.</param>
public void AddArgument(DynaExpression value)
{
switch (value.GetType().Name.ToLower())
{
case "dynamethodexpression":
cec.Add((value as DynaMethodExpression).Expression);
break;
case "dynaarraycreateexpression":
cec.Add((value as DynaArrayCreateExpression).Expression);
break;
case "dynaarrayindexerexpression":
cec.Add((value as DynaArrayIndexerExpression).Expression);
break;
case "dynaoperatorexpression":
cec.Add((value as DynaOperatorExpression).Expression);
break;
}
}
public void AddSetStatement(DynaExpression value)
{
csc2.Add(value.Statement);
}
public DynaCatchClause(string ExVarName, string CatchType, DynaExpression[] Statements)
: this(ExVarName, CatchType)
{
foreach (DynaExpression ds in Statements)
ccc.Statements.Add(ds.Expression);
}
