private void BeginType(Indention firstIndent)
{
if (this.Document != null)
{
var definitionParts = new List <string>()
{
".class", this.Builder.GetAttributes(), this.Builder.FullName,
"extends", new TypeDescriptor(this.Builder.BaseType,
this.Builder.Assembly).Value
};
if (this.InterfacesToImplement != null && this.InterfacesToImplement.Count > 0)
{
foreach (var interfaceToImplement in this.InterfacesToImplement)
{
if (interfaceToImplement != null && interfaceToImplement.IsInterface)
{
definitionParts.Add("implements");
definitionParts.Add(interfaceToImplement.FullName);
}
}
}
this.Document.WriteText(new CodeLine(
string.Join(" ", definitionParts.ToArray()), firstIndent));
this.Document.WriteText(new CodeLine("{"));
}
}
internal TypeDebugging(TypeBuilder type, HashSet <Type> interfacesToImplement, CodeDocument document,
ISymbolDocumentWriter symbolDocument, Indention firstIndent)
: base()
{
this.Builder = type;
this.Document = document;
this.SymbolDocument = symbolDocument;
this.InterfacesToImplement = interfacesToImplement;
this.AddInterfacesToImplement();
this.BeginType(firstIndent);
}
private void Dispose(bool disposing)
{
if ((!this.Disposed && disposing) && (this.Document != null))
{
Indention decrease = Indention.Decrease;
if (!this.CreatedMethod)
{
decrease = Indention.KeepCurrent;
}
this.Document.WriteText(new CodeLine("}", decrease));
}
this.Disposed = true;
}
private IToken GenerateImaginaryToken(Indention indention, IToken original)
{
switch (indention)
{
case Indention.Indent:
return new CommonToken(original)
{
Text = "INDENT",
Type = this.indentType,
Channel = this.channelNumber,
};
case Indention.Dedent:
return new CommonToken(original)
{
Text = "DEDENT",
Type = this.dedentType,
Channel = this.channelNumber,
};
default:
throw new AutomationException("Unknown indentation: " + indention.ToString());
}
}
internal ConstructorMethodDebugging(ConstructorBuilder method, CodeDocument document,
ISymbolDocumentWriter symbolDocument, Indention firstIndent)
: base(method, method.GetILGenerator(), document, symbolDocument, firstIndent)
{
}
internal CodeLine(string code, Indention indent, bool isDebuggable, params Label[] labels)
: this(code, indent, isDebuggable)
{
this.Labels = labels;
}
internal CodeLine(string code, Indention indent, params Label[] labels)
: this(code, indent, false, labels)
{
}
internal CodeLine(string code, Indention indent, bool isDebuggable)
: this(code, isDebuggable)
{
this.Indent = indent;
}
internal CodeLine(string code, Indention indent)
: this(code, indent, false)
{
}
protected internal MethodBaseDebugging(T method, ILGenerator generator, CodeDocument document, ISymbolDocumentWriter symbolDocument, Indention firstIndent)
: this()
{
this.Builder = method;
this.Generator = generator;
this.Document = document;
this.SymbolDocument = symbolDocument;
this.CurrentIndent = firstIndent;
if (this.Document != null)
{
this.BeginMethod(method);
}
}
internal CodeLine(string code, Indention indent, bool isDebuggable, params Label[] labels)
: this(code, indent, isDebuggable)
{
this.Labels = labels;
}
internal CodeLine(string code, Indention indent, params Label[] labels)
: this(code, indent, false, labels)
{
}
internal CodeLine(string code, Indention indent, bool isDebuggable)
: this(code, isDebuggable)
{
this.Indent = indent;
}
internal CodeLine(string code, Indention indent)
: this(code, indent, false)
{
}
