private static XpidlTypeDef CreateXpidlTypeDef(ComplexSyntaxNode typedefSyntaxNode)
{
ValidateSyntaxNode(typedefSyntaxNode, RuleConstants.XpidlTypeDef);
String typeName = CreateXpidlId((SimpleSyntaxNode)typedefSyntaxNode[2]);
String typeType = CreateXpidlType((ComplexSyntaxNode)typedefSyntaxNode[1]);
var xpidlTypeDef = new XpidlTypeDef(typeName, typeType);
return xpidlTypeDef;
}
private static XpidlModifiers<XpidlParamModifier> CreateXpidlMethodParamModifiers(ComplexSyntaxNode paramModifiersSyntaxNode)
{
ValidateSyntaxNode(paramModifiersSyntaxNode, RuleConstants.XpidlMethodParamModifiersDecl);
var paramModifiers = new XpidlModifiers<XpidlParamModifier>();
BuildXpidlMethodParamModifiers(paramModifiers, paramModifiersSyntaxNode);
return paramModifiers;
}
private static String CreateXpidlType(ComplexSyntaxNode typeSyntaxNode)
{
ValidateSyntaxNode(
typeSyntaxNode,
RuleConstants.XpidlTypeBoolean,
RuleConstants.XpidlTypeVoid,
RuleConstants.XpidlTypeString,
RuleConstants.XpidlTypeOctet,
RuleConstants.XpidlTypeShort,
RuleConstants.XpidlTypeLong,
RuleConstants.XpidlTypeLongLong,
RuleConstants.XpidlTypeUShort,
RuleConstants.XpidlTypeULong,
RuleConstants.XpidlTypeULongLong,
RuleConstants.XpidlTypeFloat,
RuleConstants.XpidlTypeDouble,
RuleConstants.XpidlTypeChar,
RuleConstants.XpidlTypeWChar,
RuleConstants.XpidlTypeWString,
RuleConstants.XpidlTypeAString,
RuleConstants.XpidlTypeACString,
RuleConstants.XpidlTypeAUTF8String,
RuleConstants.XpidlTypeDOMString,
RuleConstants.XpidlTypeId);
String xpidlType = ((SimpleSyntaxNode)typeSyntaxNode[0]).Text;
return xpidlType;
}
private static void BuildXpidlMethodParameters(ICollection<XpidlMethodParameter> methodParams, ComplexSyntaxNode parametersSyntaxNode)
{
switch ((RuleConstants)parametersSyntaxNode.Rule.Index)
{
case RuleConstants.XpidlMethodParamsList1:
case RuleConstants.XpidlMethodParamsList2:
foreach (SyntaxNode syntaxNode in parametersSyntaxNode)
{
if (syntaxNode is ComplexSyntaxNode)
{
BuildXpidlMethodParameters(methodParams, (ComplexSyntaxNode)syntaxNode);
}
}
break;
case RuleConstants.XpidlMethodParam1:
case RuleConstants.XpidlMethodParam2:
XpidlMethodParameter methodParameter = CreateXpidlMethodParameter(parametersSyntaxNode);
methodParams.Add(methodParameter);
break;
default:
throw new ArgumentException(mc_InvalidSyntaxNode, "parametersSyntaxNode");
}
}
private static String CreateXpidlMethodParamName(ComplexSyntaxNode paramNameSyntaxNode)
{
ValidateSyntaxNode(
paramNameSyntaxNode,
RuleConstants.XpidlParamName1,
RuleConstants.XpidlParamName2,
RuleConstants.XpidlParamName3,
RuleConstants.XpidlParamName4,
RuleConstants.XpidlParamName5,
RuleConstants.XpidlParamName6);
String paramName = ((SimpleSyntaxNode)paramNameSyntaxNode[0]).Text;
return paramName;
}
private static XpidlMethod CreateXpidlMethod(ComplexSyntaxNode methodSyntaxNode)
{
ValidateSyntaxNode(methodSyntaxNode);
String methodName;
String methodType;
XpidlModifiers<XpidlMethodModifier> methodModifiers = null;
IEnumerable<XpidlMethodParameter> methodParameters = null;
IEnumerable<String> methodExceptions = null;
switch ((RuleConstants)methodSyntaxNode.Rule.Index)
{
case RuleConstants.XpidlMethod1:
methodName = ((SimpleSyntaxNode)methodSyntaxNode[1]).Text;
methodType = CreateXpidlType((ComplexSyntaxNode)methodSyntaxNode[0]);
methodParameters = CreateXpidlMethodParameters((ComplexSyntaxNode)methodSyntaxNode[3]);
break;
case RuleConstants.XpidlMethod2:
methodName = ((SimpleSyntaxNode)methodSyntaxNode[1]).Text;
methodType = CreateXpidlType((ComplexSyntaxNode)methodSyntaxNode[0]);
break;
case RuleConstants.XpidlMethod3:
methodName = ((SimpleSyntaxNode)methodSyntaxNode[2]).Text;
methodType = CreateXpidlType((ComplexSyntaxNode)methodSyntaxNode[1]);
methodModifiers = CreateXpidlMethodModifiers((ComplexSyntaxNode)methodSyntaxNode[0]);
methodParameters = CreateXpidlMethodParameters((ComplexSyntaxNode)methodSyntaxNode[4]);
break;
case RuleConstants.XpidlMethod4:
methodName = ((SimpleSyntaxNode)methodSyntaxNode[2]).Text;
methodType = CreateXpidlType((ComplexSyntaxNode)methodSyntaxNode[1]);
methodModifiers = CreateXpidlMethodModifiers((ComplexSyntaxNode)methodSyntaxNode[0]);
break;
case RuleConstants.XpidlMethod5:
methodName = ((SimpleSyntaxNode)methodSyntaxNode[1]).Text;
methodType = CreateXpidlType((ComplexSyntaxNode)methodSyntaxNode[0]);
methodParameters = CreateXpidlMethodParameters((ComplexSyntaxNode)methodSyntaxNode[3]);
break;
case RuleConstants.XpidlMethod6:
methodName = ((SimpleSyntaxNode)methodSyntaxNode[1]).Text;
methodType = CreateXpidlType((ComplexSyntaxNode)methodSyntaxNode[0]);
break;
case RuleConstants.XpidlMethod7:
methodName = ((SimpleSyntaxNode)methodSyntaxNode[2]).Text;
methodType = CreateXpidlType((ComplexSyntaxNode)methodSyntaxNode[1]);
methodModifiers = CreateXpidlMethodModifiers((ComplexSyntaxNode)methodSyntaxNode[0]);
methodParameters = CreateXpidlMethodParameters((ComplexSyntaxNode)methodSyntaxNode[4]);
break;
case RuleConstants.XpidlMethod8:
methodName = ((SimpleSyntaxNode)methodSyntaxNode[2]).Text;
methodType = CreateXpidlType((ComplexSyntaxNode)methodSyntaxNode[1]);
methodModifiers = CreateXpidlMethodModifiers((ComplexSyntaxNode)methodSyntaxNode[0]);
break;
default:
throw new ArgumentException(mc_InvalidSyntaxNode, "methodSyntaxNode");
}
var xpidlMethod = new XpidlMethod(methodName, methodType, methodModifiers, methodParameters, methodExceptions);
return xpidlMethod;
}
private static void BuildXpidlMethodModifiers(XpidlModifiers<XpidlMethodModifier> methodModifiers, ComplexSyntaxNode methodModifiersSyntaxNode)
{
switch ((RuleConstants) methodModifiersSyntaxNode.Rule.Index)
{
case RuleConstants.XpidlMethodModifiersDecl:
case RuleConstants.XpidlMethodModifiersList1:
case RuleConstants.XpidlMethodModifiersList2:
foreach (SyntaxNode syntaxNode in methodModifiersSyntaxNode)
{
if (syntaxNode is ComplexSyntaxNode)
{
BuildXpidlMethodModifiers(methodModifiers, (ComplexSyntaxNode) syntaxNode);
}
}
break;
case RuleConstants.XpidlMethodModifier1:
methodModifiers.Add(XpidlMethodModifier.NoScript);
break;
case RuleConstants.XpidlMethodModifier2:
methodModifiers.Add(XpidlMethodModifier.NotXpcom);
break;
case RuleConstants.XpidlMethodModifier3:
var simpleSyntaxNode = (SimpleSyntaxNode) methodModifiersSyntaxNode[2];
methodModifiers.Add(XpidlMethodModifier.BinaryName, simpleSyntaxNode.Text);
break;
default:
throw new ArgumentException(mc_InvalidSyntaxNode, "methodModifiersSyntaxNode");
}
}
private static XpidlModifiers<XpidlNativeTypeModifier> CreateNativeTypeModifiers(ComplexSyntaxNode nativeTypeModifiersSyntaxNode)
{
ValidateSyntaxNode(nativeTypeModifiersSyntaxNode, RuleConstants.XpidlNativeTypeModifiersDecl);
var nativeTypeModifiers = new XpidlModifiers<XpidlNativeTypeModifier>();
BuildXpidlNativeTypeModifiers(nativeTypeModifiers, nativeTypeModifiersSyntaxNode);
return nativeTypeModifiers;
}
private static void BuildXpidlNativeTypeModifiers(XpidlModifiers<XpidlNativeTypeModifier> nativeTypeModifiers, ComplexSyntaxNode nativeTypeModifiersSyntaxNode)
{
switch ((RuleConstants) nativeTypeModifiersSyntaxNode.Rule.Index)
{
case RuleConstants.XpidlNativeTypeModifiersDecl:
case RuleConstants.XpidlNativeTypeModifiersList1:
case RuleConstants.XpidlNativeTypeModifiersList2:
foreach (SyntaxNode syntaxNode in nativeTypeModifiersSyntaxNode)
{
if (syntaxNode is ComplexSyntaxNode)
{
BuildXpidlNativeTypeModifiers(nativeTypeModifiers, (ComplexSyntaxNode) syntaxNode);
}
}
break;
case RuleConstants.XpidlNativeTypeModifierRef:
nativeTypeModifiers.Add(XpidlNativeTypeModifier.Ref);
break;
case RuleConstants.XpidlNativeTypeModifierPtr:
nativeTypeModifiers.Add(XpidlNativeTypeModifier.Ptr);
break;
case RuleConstants.XpidlNativeTypeModifierNsId:
nativeTypeModifiers.Add(XpidlNativeTypeModifier.NsId);
break;
case RuleConstants.XpidlNativeTypeModifierDomString:
nativeTypeModifiers.Add(XpidlNativeTypeModifier.DomString);
break;
case RuleConstants.XpidlNativeTypeModifierUtf8String:
nativeTypeModifiers.Add(XpidlNativeTypeModifier.Utf8String);
break;
case RuleConstants.XpidlNativeTypeModifierCString:
nativeTypeModifiers.Add(XpidlNativeTypeModifier.CString);
break;
case RuleConstants.XpidlNativeTypeModifierAString:
nativeTypeModifiers.Add(XpidlNativeTypeModifier.AString);
break;
default:
throw new ArgumentException(mc_InvalidSyntaxNode, "nativeTypeModifiersSyntaxNode");
}
}
private static String CreateXpidlNativeTypeDefinition(ComplexSyntaxNode nativeTypeDefSyntaxNode)
{
ValidateSyntaxNode(nativeTypeDefSyntaxNode);
var definition = new StringBuilder();
BuildXpidlNativeTypeDefinition(definition, nativeTypeDefSyntaxNode);
return definition.ToString().Trim();
}
private static void BuildXpidlNativeTypeDefinition(StringBuilder definition, ComplexSyntaxNode nativeTypeDefSyntaxNode)
{
switch ((RuleConstants) nativeTypeDefSyntaxNode.Rule.Index)
{
case RuleConstants.XpidlNativeTypeDeclList1:
case RuleConstants.XpidlNativeTypeDeclList2:
case RuleConstants.XpidlNativeTypeDecl1:
case RuleConstants.XpidlNativeTypeDecl2:
case RuleConstants.XpidlNativeTypeDecl3:
case RuleConstants.XpidlNativeTypeDecl4:
case RuleConstants.XpidlNativeTypeDecl5:
case RuleConstants.XpidlNativeTypeDef1:
case RuleConstants.XpidlNativeTypeDef2:
case RuleConstants.XpidlNativeTypeDef3:
case RuleConstants.XpidlNativeTypeDef4:
case RuleConstants.XpidlNativeTypeDef5:
case RuleConstants.XpidlNativeTypeDef6:
case RuleConstants.XpidlNativeTypeDef7:
foreach (SyntaxNode syntaxNode in nativeTypeDefSyntaxNode)
{
if (syntaxNode is ComplexSyntaxNode)
{
BuildXpidlNativeTypeDefinition(definition, (ComplexSyntaxNode)syntaxNode);
definition.Append(' ');
}
else if (syntaxNode is SimpleSyntaxNode)
{
var simplesyntaxNode = (SimpleSyntaxNode) syntaxNode;
definition.Append(simplesyntaxNode.Text);
}
}
break;
default:
throw new ArgumentException(mc_InvalidSyntaxNode, "nativeTypeDefSyntaxNode");
}
}
private static XpidlNativeType CreateXpidlNativeType(ComplexSyntaxNode nativeTypeSyntaxNode)
{
ValidateSyntaxNode(nativeTypeSyntaxNode);
String name;
String definition;
XpidlModifiers<XpidlNativeTypeModifier> modifiers = null;
switch ((RuleConstants)nativeTypeSyntaxNode.Rule.Index)
{
case RuleConstants.XpidlNativeType1:
name = CreateXpidlId((SimpleSyntaxNode) nativeTypeSyntaxNode[1]);
definition = CreateXpidlNativeTypeDefinition((ComplexSyntaxNode) nativeTypeSyntaxNode[3]);
break;
case RuleConstants.XpidlNativeType2:
name = CreateXpidlId((SimpleSyntaxNode)nativeTypeSyntaxNode[2]);
definition = CreateXpidlNativeTypeDefinition((ComplexSyntaxNode)nativeTypeSyntaxNode[4]);
modifiers = CreateNativeTypeModifiers((ComplexSyntaxNode) nativeTypeSyntaxNode[0]);
break;
default:
throw new ArgumentException(mc_InvalidSyntaxNode, "nativeTypeSyntaxNode");
}
var xpidlNativeType = new XpidlNativeType(name, definition, modifiers);
return xpidlNativeType;
}
private static XpidlForwardDeclaration CreateXpidlForwardDeclaration(ComplexSyntaxNode forwardDeclarationSyntaxNode)
{
ValidateSyntaxNode(forwardDeclarationSyntaxNode, RuleConstants.XpidlForwardDeclaration);
String interfaceName = CreateXpidlId((SimpleSyntaxNode)forwardDeclarationSyntaxNode[1]);
var xpidlForwardDeclaration = new XpidlForwardDeclaration(interfaceName);
return xpidlForwardDeclaration;
}
private static XpidlInclude CreateXpidlInclude(ComplexSyntaxNode includeSyntaxNode)
{
ValidateSyntaxNode(includeSyntaxNode, RuleConstants.XpidlInclude);
String fileName = ((SimpleSyntaxNode)includeSyntaxNode[2]).Text;
var xpidlInclude = new XpidlInclude(fileName);
return xpidlInclude;
}
private static XpidlAttribute CreateXpidlAttribute(ComplexSyntaxNode attributeSyntaxNode)
{
ValidateSyntaxNode(attributeSyntaxNode);
String attrName;
String attrType;
Boolean attrReadonly = false;
XpidlModifiers<XpidlMethodModifier> attrModifier = null;
switch ((RuleConstants)attributeSyntaxNode.Rule.Index)
{
case RuleConstants.XpidlAttribute1:
attrName = CreateAttrName((ComplexSyntaxNode)attributeSyntaxNode[2]);
attrType = CreateXpidlType((ComplexSyntaxNode)attributeSyntaxNode[1]);
break;
case RuleConstants.XpidlAttribute2:
attrName = CreateAttrName((ComplexSyntaxNode)attributeSyntaxNode[3]);
attrType = CreateXpidlType((ComplexSyntaxNode)attributeSyntaxNode[2]);
attrReadonly = true;
break;
case RuleConstants.XpidlAttribute3:
attrName = CreateAttrName((ComplexSyntaxNode)attributeSyntaxNode[3]);
attrType = CreateXpidlType((ComplexSyntaxNode)attributeSyntaxNode[2]);
attrModifier = CreateXpidlMethodModifiers((ComplexSyntaxNode)attributeSyntaxNode[0]);
break;
case RuleConstants.XpidlAttribute4:
attrName = CreateAttrName((ComplexSyntaxNode)attributeSyntaxNode[4]);
attrType = CreateXpidlType((ComplexSyntaxNode)attributeSyntaxNode[3]);
attrReadonly = true;
attrModifier = CreateXpidlMethodModifiers((ComplexSyntaxNode)attributeSyntaxNode[0]);
break;
default:
throw new ArgumentException(mc_InvalidSyntaxNode, "attributeSyntaxNode");
}
var xpidlAttribute = new XpidlAttribute(attrName, attrType, attrReadonly, attrModifier);
return xpidlAttribute;
}
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 String CreateAttrName(ComplexSyntaxNode attrNameSyntaxNode)
{
ValidateSyntaxNode(
attrNameSyntaxNode,
RuleConstants.XpidlAttributeName1,
RuleConstants.XpidlAttributeName2,
RuleConstants.XpidlAttributeName3);
String attrName = ((SimpleSyntaxNode)attrNameSyntaxNode[0]).Text;
return attrName;
}
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");
}
}
private static XpidlModifiers<XpidlMethodModifier> CreateXpidlMethodModifiers(ComplexSyntaxNode methodModifiersSyntaxNode)
{
ValidateSyntaxNode(methodModifiersSyntaxNode, RuleConstants.XpidlMethodModifiersDecl);
var methodModifiers = new XpidlModifiers<XpidlMethodModifier>();
BuildXpidlMethodModifiers(methodModifiers, methodModifiersSyntaxNode);
return methodModifiers;
}
private static Guid CreateInterfaceUuid(ComplexSyntaxNode interfaceModifiersSyntaxNode)
{
ValidateSyntaxNode(interfaceModifiersSyntaxNode);
ComplexSyntaxNode uuidSyntaxNode;
switch ((RuleConstants)interfaceModifiersSyntaxNode.Rule.Index)
{
case RuleConstants.XpidlInterfaceModifiersDecl1:
uuidSyntaxNode = (ComplexSyntaxNode)interfaceModifiersSyntaxNode[3];
break;
case RuleConstants.XpidlInterfaceModifiersDecl2:
uuidSyntaxNode = (ComplexSyntaxNode)interfaceModifiersSyntaxNode[1];
break;
default:
throw new ArgumentException(mc_InvalidSyntaxNode, "interfaceModifiersSyntaxNode");
}
ValidateSyntaxNode(uuidSyntaxNode, RuleConstants.XpidlInterfaceUuid);
var uuid = new Guid(((SimpleSyntaxNode)uuidSyntaxNode[2]).Text);
return uuid;
}
private static List<XpidlMethodParameter> CreateXpidlMethodParameters(ComplexSyntaxNode parametersSyntaxNode)
{
ValidateSyntaxNode(parametersSyntaxNode);
var methodParams = new List<XpidlMethodParameter>(0);
BuildXpidlMethodParameters(methodParams, parametersSyntaxNode);
return methodParams;
}
private static XpidlModifiers<XpidlInterfaceModifier> CreateXpidlInterfaceModifiers(ComplexSyntaxNode interfaceModifiersSyntaxNode)
{
ValidateSyntaxNode(interfaceModifiersSyntaxNode);
var interfaceModifiers = new XpidlModifiers<XpidlInterfaceModifier>();
BuildXpidlInterfaceModifiers(interfaceModifiers, interfaceModifiersSyntaxNode);
return interfaceModifiers;
}
private static XpidlMethodParameter CreateXpidlMethodParameter(ComplexSyntaxNode parameterSyntaxNode)
{
ValidateSyntaxNode(parameterSyntaxNode);
String paramName;
String paramType;
XpidlParameterDirection paramDirection;
XpidlModifiers<XpidlParamModifier> paramModifiers = null;
switch ((RuleConstants)parameterSyntaxNode.Rule.Index)
{
case RuleConstants.XpidlMethodParam1:
paramName = CreateXpidlMethodParamName((ComplexSyntaxNode)parameterSyntaxNode[2]);
paramType = CreateXpidlType((ComplexSyntaxNode)parameterSyntaxNode[1]);
paramDirection = CreateXpidlMethodParamDirection((ComplexSyntaxNode)parameterSyntaxNode[0]);
break;
case RuleConstants.XpidlMethodParam2:
paramName = CreateXpidlMethodParamName((ComplexSyntaxNode)parameterSyntaxNode[3]);
paramType = CreateXpidlType((ComplexSyntaxNode)parameterSyntaxNode[2]);
paramDirection = CreateXpidlMethodParamDirection((ComplexSyntaxNode)parameterSyntaxNode[1]);
paramModifiers = CreateXpidlMethodParamModifiers((ComplexSyntaxNode)parameterSyntaxNode[0]);
break;
default:
throw new ArgumentException(mc_InvalidSyntaxNode, "parameterSyntaxNode");
}
var methodParam = new XpidlMethodParameter(paramName, paramType, paramDirection, paramModifiers);
return methodParam;
}
private static void BuildXpidlInterfaceModifiers(XpidlModifiers<XpidlInterfaceModifier> interfaceModifiers, ComplexSyntaxNode interfaceModifiersSyntaxNode)
{
switch ((RuleConstants) interfaceModifiersSyntaxNode.Rule.Index)
{
case RuleConstants.XpidlInterfaceModifiersDecl1:
case RuleConstants.XpidlInterfaceModifiersDecl2:
case RuleConstants.XpidlInterfaceModifiersList1:
case RuleConstants.XpidlInterfaceModifiersList2:
foreach (SyntaxNode syntaxNode in interfaceModifiersSyntaxNode)
{
if (syntaxNode is ComplexSyntaxNode)
{
BuildXpidlInterfaceModifiers(interfaceModifiers, (ComplexSyntaxNode) syntaxNode);
}
}
break;
case RuleConstants.XpidlInterfaceModifierScriptable:
interfaceModifiers.Add(XpidlInterfaceModifier.Scriptable);
break;
case RuleConstants.XpidlInterfaceModifierFunction:
interfaceModifiers.Add(XpidlInterfaceModifier.Function);
break;
case RuleConstants.XpidlInterfaceModifierObject:
interfaceModifiers.Add(XpidlInterfaceModifier.Object);
break;
case RuleConstants.XpidlInterfaceModifierNotXpcom:
interfaceModifiers.Add(XpidlInterfaceModifier.NotXpcom);
break;
case RuleConstants.XpidlInterfaceModifierNoScript:
interfaceModifiers.Add(XpidlInterfaceModifier.NoScript);
break;
case RuleConstants.XpidlInterfaceUuid:
break;
default:
throw new ArgumentException(mc_InvalidSyntaxNode, "interfaceModifiersSyntaxNode");
}
}
private static XpidlParameterDirection CreateXpidlMethodParamDirection(ComplexSyntaxNode paramDirectionSyntaxNode)
{
ValidateSyntaxNode(paramDirectionSyntaxNode);
switch ((RuleConstants)paramDirectionSyntaxNode.Rule.Index)
{
case RuleConstants.XpidlParamDirectionIn:
return XpidlParameterDirection.In;
case RuleConstants.XpidlParamDirectionOut:
return XpidlParameterDirection.Out;
case RuleConstants.XpidlParamDirectionInOut:
return XpidlParameterDirection.In | XpidlParameterDirection.Out;
default:
throw new ArgumentException(mc_InvalidSyntaxNode, "paramDirectionSyntaxNode");
}
}
private static XpidlConstant CreateXpidlConstant(ComplexSyntaxNode constantSyntaxNode)
{
ValidateSyntaxNode(constantSyntaxNode, RuleConstants.XpidlConstant);
String constName = CreateXpidlId((SimpleSyntaxNode)constantSyntaxNode[2]);
String constType = CreateXpidlType((ComplexSyntaxNode)constantSyntaxNode[1]);
Expression constValue = CreateExpression((ComplexSyntaxNode)constantSyntaxNode[4]);
var xpidlConstant = new XpidlConstant(constName, constType, constValue);
return xpidlConstant;
}
private static void BuildXpidlMethodParamModifiers(XpidlModifiers<XpidlParamModifier> paramModifiers, ComplexSyntaxNode paramModifiersSyntaxNode)
{
switch ((RuleConstants) paramModifiersSyntaxNode.Rule.Index)
{
case RuleConstants.XpidlMethodParamModifiersDecl:
case RuleConstants.XpidlMethodParamModifiersList1:
case RuleConstants.XpidlMethodParamModifiersList2:
foreach (SyntaxNode syntaxNode in paramModifiersSyntaxNode)
{
if (syntaxNode is ComplexSyntaxNode)
{
BuildXpidlMethodParamModifiers(paramModifiers, (ComplexSyntaxNode)syntaxNode);
}
}
break;
case RuleConstants.XpidlParamModifierArray:
paramModifiers.Add(XpidlParamModifier.Array);
break;
case RuleConstants.XpidlParamModifierSizeIs:
var paramNameSyntaxNode = (ComplexSyntaxNode) paramModifiersSyntaxNode[2];
paramModifiers.Add(XpidlParamModifier.SizeIs, ((SimpleSyntaxNode) paramNameSyntaxNode[0]).Text);
break;
case RuleConstants.XpidlParamModifierIidIs:
paramNameSyntaxNode = (ComplexSyntaxNode) paramModifiersSyntaxNode[2];
paramModifiers.Add(XpidlParamModifier.IidIs, ((SimpleSyntaxNode) paramNameSyntaxNode[0]).Text);
break;
case RuleConstants.XpidlParamModifierRetVal:
paramModifiers.Add(XpidlParamModifier.RetVal);
break;
case RuleConstants.XpidlParamModifierConst:
paramModifiers.Add(XpidlParamModifier.Const);
break;
case RuleConstants.XpidlParamModifierShared:
paramModifiers.Add(XpidlParamModifier.Shared);
break;
case RuleConstants.XpidlParamModifierOptional:
paramModifiers.Add(XpidlParamModifier.Optional);
break;
default:
throw new ArgumentException(mc_InvalidSyntaxNode, "paramModifiersSyntaxNode");
}
}
private static Expression CreateExpression(ComplexSyntaxNode expressionSyntaxNode)
{
ValidateSyntaxNode(expressionSyntaxNode);
switch ((RuleConstants)expressionSyntaxNode.Rule.Index)
{
case RuleConstants.XpidlExpression:
case RuleConstants.XpidlExpressionOr2:
case RuleConstants.XpidlExpressionXor2:
case RuleConstants.XpidlExpressionAnd2:
case RuleConstants.XpidlExpressionShift3:
case RuleConstants.XpidlExpressionAdd3:
case RuleConstants.XpidlExpressionMult3:
case RuleConstants.XpidlExpressionUnary3:
return CreateExpression((ComplexSyntaxNode)expressionSyntaxNode[0]);
case RuleConstants.XpidlExpressionOr1:
return Expression.Or(
CreateExpression((ComplexSyntaxNode)expressionSyntaxNode[0]),
CreateExpression((ComplexSyntaxNode)expressionSyntaxNode[2]));
case RuleConstants.XpidlExpressionXor1:
return Expression.ExclusiveOr(
CreateExpression((ComplexSyntaxNode)expressionSyntaxNode[0]),
CreateExpression((ComplexSyntaxNode)expressionSyntaxNode[2]));
case RuleConstants.XpidlExpressionAnd1:
return Expression.And(
CreateExpression((ComplexSyntaxNode)expressionSyntaxNode[0]),
CreateExpression((ComplexSyntaxNode)expressionSyntaxNode[2]));
case RuleConstants.XpidlExpressionShift1:
return Expression.LeftShift(
CreateExpression((ComplexSyntaxNode)expressionSyntaxNode[0]),
CreateExpression((ComplexSyntaxNode)expressionSyntaxNode[2]));
case RuleConstants.XpidlExpressionShift2:
return Expression.RightShift(
CreateExpression((ComplexSyntaxNode)expressionSyntaxNode[0]),
CreateExpression((ComplexSyntaxNode)expressionSyntaxNode[2]));
case RuleConstants.XpidlExpressionAdd1:
return Expression.Add(
CreateExpression((ComplexSyntaxNode)expressionSyntaxNode[0]),
CreateExpression((ComplexSyntaxNode)expressionSyntaxNode[2]));
case RuleConstants.XpidlExpressionAdd2:
return Expression.Subtract(
CreateExpression((ComplexSyntaxNode)expressionSyntaxNode[0]),
CreateExpression((ComplexSyntaxNode)expressionSyntaxNode[2]));
case RuleConstants.XpidlExpressionMult1:
return Expression.Multiply(
CreateExpression((ComplexSyntaxNode)expressionSyntaxNode[0]),
CreateExpression((ComplexSyntaxNode)expressionSyntaxNode[2]));
case RuleConstants.XpidlExpressionMult2:
return Expression.Divide(
CreateExpression((ComplexSyntaxNode)expressionSyntaxNode[0]),
CreateExpression((ComplexSyntaxNode)expressionSyntaxNode[2]));
case RuleConstants.XpidlExpressionUnary1:
return Expression.Negate(
CreateExpression((ComplexSyntaxNode)expressionSyntaxNode[1]));
case RuleConstants.XpidlExpressionUnary2:
return Expression.Not(
CreateExpression((ComplexSyntaxNode)expressionSyntaxNode[1]));
case RuleConstants.XpidlExpressionOperand1:
var decSimpleSyntaxNode = (SimpleSyntaxNode)expressionSyntaxNode[0];
ValidateSyntaxNode(decSimpleSyntaxNode, SymbolConstants.DecLiteral);
Int32 decValue = Int32.Parse(decSimpleSyntaxNode.Text);
return Expression.Constant(decValue);
case RuleConstants.XpidlExpressionOperand2:
var hexSimpleSyntaxNode = (SimpleSyntaxNode)expressionSyntaxNode[0];
ValidateSyntaxNode(hexSimpleSyntaxNode, SymbolConstants.HexLiteral);
UInt32 hexValue = Convert.ToUInt32(hexSimpleSyntaxNode.Text, 16);
return Expression.Constant(hexValue);
case RuleConstants.XpidlExpressionOperand3:
var constSimpleSyntaxNode = (SimpleSyntaxNode)expressionSyntaxNode[0];
ValidateSyntaxNode(constSimpleSyntaxNode, SymbolConstants.XpidlId);
String fieldName = constSimpleSyntaxNode.Text;
return Expression.Property(Expression.Constant(fieldName), "Length");
case RuleConstants.XpidlExpressionOperand4:
return CreateExpression((ComplexSyntaxNode)expressionSyntaxNode[1]);
default:
throw new ArgumentException(mc_InvalidSyntaxNode, "expressionSyntaxNode");
}
}
private static void ValidateSyntaxNode(ComplexSyntaxNode complexSyntaxNode, params RuleConstants[] ruleConstants)
{
if (complexSyntaxNode == null)
{
throw new ArgumentNullException("complexSyntaxNode");
}
if ((complexSyntaxNode.Rule == null) ||
((ruleConstants != null) &&
(ruleConstants.Length > 0) &&
!ruleConstants.Contains((RuleConstants)complexSyntaxNode.Rule.Index)))
{
throw new ArgumentException(mc_InvalidSyntaxNode, "complexSyntaxNode");
}
}
private ComplexSyntaxNode ParseImpl(TextReader xpidlTextReader)
{
var goldParser = new GoldParser.Parser(xpidlTextReader, m_Grammar) { TrimReductions = true, IgnoreNestedComments = true };
goldParser.AddCommentSymbols(
new Regex(@"^\/\*$", RegexOptions.Singleline), // /*
new Regex(@"^\*\/$", RegexOptions.Singleline)); // */
goldParser.AddCommentSymbols(
new Regex(@"^\%\{\s*C\+\+$", RegexOptions.Singleline), // %{ C++
new Regex(@"^\%\}(\s*C\+\+)?$", RegexOptions.Singleline)); // %} C++
var rootSyntaxNode = new ComplexSyntaxNode(null);
while (true)
{
ParseMessage parseMessage = goldParser.Parse();
switch (parseMessage)
{
case ParseMessage.Empty:
break;
// Comment or inline C header
case ParseMessage.CommentLineRead:
case ParseMessage.CommentBlockRead:
var commentSyntaxNode = new CommentSyntaxNode(goldParser.CommentText);
if (goldParser.TokenSyntaxNode == null)
{
rootSyntaxNode.AddChildNode(commentSyntaxNode);
}
else
{
((SyntaxNode)goldParser.TokenSyntaxNode).AttachCommentNode(commentSyntaxNode);
}
break;
// Read valid token
case ParseMessage.TokenRead:
var simpleSyntaxNode = new SimpleSyntaxNode(goldParser.TokenSymbol, goldParser.TokenText);
goldParser.TokenSyntaxNode = simpleSyntaxNode;
break;
// Can create new xpidl-node
case ParseMessage.Reduction:
var complexSyntaxNode = new ComplexSyntaxNode(goldParser.ReductionRule);
for (Int32 i = 0; i < goldParser.ReductionCount; ++i)
{
var syntaxNode = (SyntaxNode)goldParser.GetReductionSyntaxNode(i);
complexSyntaxNode.AddChildNode(syntaxNode);
if (i == (goldParser.ReductionCount - 1))
{
complexSyntaxNode.ReattachCommentNodes(syntaxNode);
}
else
{
syntaxNode.DetachCommentNodes(complexSyntaxNode);
}
}
goldParser.TokenSyntaxNode = complexSyntaxNode;
break;
// Parsing successfully completed
case ParseMessage.Accept:
var acceptedSyntaxNode = (SyntaxNode)goldParser.TokenSyntaxNode;
Debug.Assert(acceptedSyntaxNode != null);
rootSyntaxNode.AddChildNode(acceptedSyntaxNode);
acceptedSyntaxNode.DetachCommentNodes(rootSyntaxNode);
return rootSyntaxNode;
// Grammar table is not loaded
case ParseMessage.NotLoadedError:
throw new XpidlParserException("Grammar not loaded");
// Unexpected end of input
case ParseMessage.CommentError:
throw new XpidlParserException("Comment error");
// Invalid token
case ParseMessage.LexicalError:
throw new XpidlParserSyntaxException("Can not recognize token", goldParser.TokenText, goldParser.LineNumber, goldParser.LinePosition);
// Unexpected token
case ParseMessage.SyntaxError:
throw new XpidlParserSyntaxException("Unexpected token", goldParser.TokenText, goldParser.LineNumber, goldParser.LinePosition);
// Fatal internal error
case ParseMessage.InternalError:
throw new XpidlParserException("Internal parser error");
}
}
}
