private static XpidlInterface CreateXpidlInterface(ComplexSyntaxNode interfaceSyntaxNode)
{
ValidateSyntaxNode(
interfaceSyntaxNode,
RuleConstants.XpidlInterface1,
RuleConstants.XpidlInterface2,
RuleConstants.XpidlInterface3,
RuleConstants.XpidlInterface4);
String interfaceName = CreateXpidlId((SimpleSyntaxNode)interfaceSyntaxNode[2, true]);
Guid uuid = CreateInterfaceUuid((ComplexSyntaxNode)interfaceSyntaxNode[0]);
XpidlModifiers<XpidlInterfaceModifier> interfaceModifiers = CreateXpidlInterfaceModifiers((ComplexSyntaxNode)interfaceSyntaxNode[0]);
String baseInterfaceName = null;
switch ((RuleConstants)interfaceSyntaxNode.Rule.Index)
{
case RuleConstants.XpidlInterface1:
case RuleConstants.XpidlInterface2:
baseInterfaceName = CreateXpidlId((SimpleSyntaxNode)interfaceSyntaxNode[4, true]);
break;
}
var xpidlInterface = new XpidlInterface(interfaceName, baseInterfaceName, uuid, interfaceModifiers);
BuildXpidlInterface(xpidlInterface, interfaceSyntaxNode);
return xpidlInterface;
}
private static void BuildXpidlInterface(XpidlInterface xpidlInterface, ComplexSyntaxNode interfaceSyntaxNode)
{
switch ((RuleConstants) interfaceSyntaxNode.Rule.Index)
{
case RuleConstants.XpidlInterface1:
case RuleConstants.XpidlInterface2:
case RuleConstants.XpidlInterface3:
case RuleConstants.XpidlInterface4:
case RuleConstants.XpidlInterfaceMembers1:
case RuleConstants.XpidlInterfaceMembers2:
case RuleConstants.XpidlInterfaceMemberConstant:
case RuleConstants.XpidlInterfaceMemberAttribute:
case RuleConstants.XpidlInterfaceMemberMethod:
foreach (SyntaxNode syntaxNode in interfaceSyntaxNode)
{
if (syntaxNode is CommentSyntaxNode)
{
var commentSyntaxNode = (CommentSyntaxNode) syntaxNode;
if (commentSyntaxNode.IsInlineCHeader)
{
XpidlInlineCHeader xpidlInlineCHeader = CreateXpidlInlineCHeader(commentSyntaxNode);
xpidlInterface.AddNode(xpidlInlineCHeader);
}
else
{
XpidlComment xpidlComment = CreateXpidlComment(commentSyntaxNode);
xpidlInterface.AddNode(xpidlComment);
}
}
else if (syntaxNode is ComplexSyntaxNode)
{
BuildXpidlInterface(xpidlInterface, (ComplexSyntaxNode) syntaxNode);
}
}
break;
case RuleConstants.XpidlConstant:
XpidlConstant xpidlConstant = CreateXpidlConstant(interfaceSyntaxNode);
xpidlInterface.AddNode(xpidlConstant);
break;
case RuleConstants.XpidlAttribute1:
case RuleConstants.XpidlAttribute2:
case RuleConstants.XpidlAttribute3:
case RuleConstants.XpidlAttribute4:
XpidlAttribute xpidlAttribute = CreateXpidlAttribute(interfaceSyntaxNode);
xpidlInterface.AddNode(xpidlAttribute);
break;
case RuleConstants.XpidlMethod1:
case RuleConstants.XpidlMethod2:
case RuleConstants.XpidlMethod3:
case RuleConstants.XpidlMethod4:
case RuleConstants.XpidlMethod5:
case RuleConstants.XpidlMethod6:
case RuleConstants.XpidlMethod7:
case RuleConstants.XpidlMethod8:
XpidlMethod xpidlMethod = CreateXpidlMethod(interfaceSyntaxNode);
xpidlInterface.AddNode(xpidlMethod);
break;
case RuleConstants.XpidlInterfaceModifiersDecl1:
case RuleConstants.XpidlInterfaceModifiersDecl2:
break;
default:
throw new ArgumentException(mc_InvalidSyntaxNode, "interfaceSyntaxNode");
}
}
internal void AddNode(XpidlInterface xpidlInterface)
{
AddNodeImpl(xpidlInterface);
}
