private static IDLInterface ToInterface(IDLParserToken p)
{
var i = new IDLInterface
{
Keyword = p,
Name = p.SkipTo().AssertName()
};
var ppp = i.Name.SkipTo().UntilSelected(
pp =>
{
// what if javascript library wants to use nested types?
// tested by: X:\jsc.svn\examples\javascript\WebGLCannonPhysicsEngine\WebGLCannonPhysicsEngine\Application.cs
while (pp.Text == ".")
{
var NameFragment = pp.SkipTo().AssertName();
i.Name = new[] { i.Name, pp, NameFragment }.Combine();
pp = i.Name.SkipTo();
}
#region BaseType
if (pp.Text == ":")
{
i.BaseType = pp.SkipTo().AssertName();
pp = i.BaseType.SkipTo();
while (pp.Text == ".")
{
var NameFragment = pp.SkipTo().AssertName();
i.BaseType = new[] { i.BaseType, pp, NameFragment }.Combine();
pp = i.Name.SkipTo();
}
}
#endregion
// tested by?
#region generic definition
if (pp.Text == "<")
{
i.GenericDefinitionParameterSymbols.Item1 = pp;
i.GenericDefinitionParameterSymbols.Item2 = i.GenericDefinitionParameterSymbols.Item1.UntilSelected(
ipp =>
{
if (ipp.Text != ">")
{
if (i.GenericDefinitionParameters.Count > 0)
{
ipp.AssertSymbol(",");
}
var rr = ToTypeReference(ipp.SkipTo());
i.GenericDefinitionParameters.Add(rr);
return rr.Terminator.SkipTo();
}
return ipp;
}
).AssertSymbol(">");
pp = i.GenericDefinitionParameterSymbols.Item2.SkipTo();
}
#endregion
return pp;
}
);
if (ppp.Text == ";")
{
// interface done without body, non members, perhaps only primary constructor?
i.Terminator = ppp;
}
else
{
#region InterfaceBody
i.InterfaceBody.Item1 = ppp.AssertSymbol("{");
i.InterfaceBody.Item2 = i.InterfaceBody.Item1.SkipTo().UntilSelected(
pp =>
{
if (pp.Text == "}")
return pp;
// used by?
#region const
if (pp.Text == "const")
{
// can we also initiaize optional params?
var Constant = new IDLMemberConstant
{
Keyword = pp,
Type = pp.SkipTo().ToTypeReference(),
};
Constant.Name = Constant.Type.Terminator.SkipTo().AssertName();
Constant.KeywordAssignment = Constant.Name.SkipTo().AssertSymbol("=");
Constant.Value = Constant.KeywordAssignment.SkipTo().ToNumericLiteral();
Constant.Terminator = Constant.Value.Terminator.SkipTo().AssertSymbol(";");
// 0x00 ?
i.Members.Add(Constant);
return Constant.Terminator.SkipTo();
}
#endregion
var KeywordReadOnly = default(IDLParserToken);
var KeywordDeleter = default(IDLParserToken);
var Keyword_stringifier = default(IDLParserToken);
// keywords may be in any order, retry for now...
for (int xi = 0; xi < 3; xi++)
{
#region readonly
if (pp.Text == "readonly")
{
KeywordReadOnly = pp;
pp = pp.SkipTo();
}
#endregion
#region deleter
if (pp.Text == "deleter")
{
KeywordDeleter = pp;
pp = pp.SkipTo();
}
#endregion
#region stringifier
if (pp.Text == "stringifier")
{
Keyword_stringifier = pp;
pp = pp.SkipTo();
}
#endregion
}
#region AnnotationArray
var AnnotationArray = default(IDLMemberAnnotationArray);
if (pp.Text == "[")
{
AnnotationArray = pp.ToAnnotationArray();
pp = AnnotationArray.Symbols.Item2.SkipTo();
}
#endregion
#region async
var KeywordAsync = default(IDLParserToken);
if (pp.Text == "async")
{
KeywordAsync = pp;
pp = pp.SkipTo();
}
#endregion
#region event
var KeywordEvent = default(IDLParserToken);
if (pp.Text == "event")
{
KeywordEvent = pp;
pp = pp.SkipTo();
}
#endregion
#region static
var KeywordStatic = default(IDLParserToken);
if (pp.Text == "static")
{
KeywordStatic = pp;
pp = pp.SkipTo();
}
#endregion
#region extension
var KeywordExtension = default(IDLParserToken);
if (pp.Text == "extension")
{
KeywordExtension = pp;
pp = pp.SkipTo();
}
#endregion
#region attribute
if (pp.Text == "attribute")
{
var Keyword = pp;
if (pp.SkipTo().Text == "[")
{
AnnotationArray = pp.SkipTo().ToAnnotationArray();
pp = AnnotationArray.Symbols.Item2;
}
var a = new IDLMemberAttribute
{
KeywordEvent = KeywordEvent,
KeywordStatic = KeywordStatic,
KeywordReadOnly = KeywordReadOnly,
Keyword = Keyword,
Annotations = AnnotationArray,
Type = ToTypeReference(pp.SkipTo()),
};
a.Name = a.Type.Terminator.SkipTo();
a.Terminator = a.Name.SkipTo().AssertSymbol(";");
i.Members.Add(a);
return a.Terminator.SkipTo();
}
#endregion
#region omittable
var __omittable = default(IDLParserToken);
if (pp.Text == "omittable")
{
__omittable = pp;
pp = pp.SkipTo();
}
#endregion
#region getter
var KeywordGetter = default(IDLParserToken);
if (pp.Text == "getter")
{
KeywordGetter = pp;
pp = pp.SkipTo();
}
#endregion
#region setter
var KeywordSetter = default(IDLParserToken);
if (pp.Text == "setter")
{
KeywordSetter = pp;
pp = pp.SkipTo();
}
#endregion
#region creator
var KeywordCreator = default(IDLParserToken);
if (pp.Text == "creator")
{
KeywordCreator = pp;
pp = pp.SkipTo();
}
#endregion
// method!!
var Method = ToMemberMethod(
pp,
KeywordGetter,
KeywordSetter,
KeywordDeleter,
KeywordStatic,
KeywordAsync,
KeywordExtension
);
i.Members.Add(Method);
return Method.Terminator.SkipTo();
}
).AssertSymbol("}");
#endregion
i.Terminator = i.InterfaceBody.Item2.SkipTo();
if (i.Terminator == null)
{
i.Terminator = (IDLParserToken.Literal)";";
i.Terminator.IsSymbol = true;
}
i.Terminator.AssertSymbol(";");
}
return i;
}
private static IDLInterface ToInterface(IDLParserToken p)
{
var i = new IDLInterface
{
Keyword = p,
Name = p.SkipTo().AssertName()
};
var ppp = i.Name.SkipTo().UntilSelected(
pp =>
{
// what if javascript library wants to use nested types?
// tested by: X:\jsc.svn\examples\javascript\WebGLCannonPhysicsEngine\WebGLCannonPhysicsEngine\Application.cs
while (pp.Text == ".")
{
var NameFragment = pp.SkipTo().AssertName();
i.Name = new[] { i.Name, pp, NameFragment }.Combine();
pp = i.Name.SkipTo();
}
#region BaseType
if (pp.Text == ":")
{
i.BaseType = pp.SkipTo().AssertName();
pp = i.BaseType.SkipTo();
while (pp.Text == ".")
{
var NameFragment = pp.SkipTo().AssertName();
i.BaseType = new[] { i.BaseType, pp, NameFragment }.Combine();
pp = i.Name.SkipTo();
}
}
#endregion
// tested by?
#region generic definition
if (pp.Text == "<")
{
i.GenericDefinitionParameterSymbols.Item1 = pp;
i.GenericDefinitionParameterSymbols.Item2 = i.GenericDefinitionParameterSymbols.Item1.UntilSelected(
ipp =>
{
if (ipp.Text != ">")
{
if (i.GenericDefinitionParameters.Count > 0)
{
ipp.AssertSymbol(",");
}
var rr = ToTypeReference(ipp.SkipTo());
i.GenericDefinitionParameters.Add(rr);
return(rr.Terminator.SkipTo());
}
return(ipp);
}
).AssertSymbol(">");
pp = i.GenericDefinitionParameterSymbols.Item2.SkipTo();
}
#endregion
return(pp);
}
);
if (ppp.Text == ";")
{
// interface done without body, non members, perhaps only primary constructor?
i.Terminator = ppp;
}
else
{
#region InterfaceBody
i.InterfaceBody.Item1 = ppp.AssertSymbol("{");
i.InterfaceBody.Item2 = i.InterfaceBody.Item1.SkipTo().UntilSelected(
pp =>
{
if (pp.Text == "}")
{
return(pp);
}
// used by?
#region const
if (pp.Text == "const")
{
// can we also initiaize optional params?
var Constant = new IDLMemberConstant
{
Keyword = pp,
Type = pp.SkipTo().ToTypeReference(),
};
Constant.Name = Constant.Type.Terminator.SkipTo().AssertName();
Constant.KeywordAssignment = Constant.Name.SkipTo().AssertSymbol("=");
Constant.Value = Constant.KeywordAssignment.SkipTo().ToNumericLiteral();
Constant.Terminator = Constant.Value.Terminator.SkipTo().AssertSymbol(";");
// 0x00 ?
i.Members.Add(Constant);
return(Constant.Terminator.SkipTo());
}
#endregion
var KeywordReadOnly = default(IDLParserToken);
var KeywordDeleter = default(IDLParserToken);
var Keyword_stringifier = default(IDLParserToken);
// keywords may be in any order, retry for now...
for (int xi = 0; xi < 3; xi++)
{
#region readonly
if (pp.Text == "readonly")
{
KeywordReadOnly = pp;
pp = pp.SkipTo();
}
#endregion
#region deleter
if (pp.Text == "deleter")
{
KeywordDeleter = pp;
pp = pp.SkipTo();
}
#endregion
#region stringifier
if (pp.Text == "stringifier")
{
Keyword_stringifier = pp;
pp = pp.SkipTo();
}
#endregion
}
#region AnnotationArray
var AnnotationArray = default(IDLMemberAnnotationArray);
if (pp.Text == "[")
{
AnnotationArray = pp.ToAnnotationArray();
pp = AnnotationArray.Symbols.Item2.SkipTo();
}
#endregion
#region async
var KeywordAsync = default(IDLParserToken);
if (pp.Text == "async")
{
KeywordAsync = pp;
pp = pp.SkipTo();
}
#endregion
#region event
var KeywordEvent = default(IDLParserToken);
if (pp.Text == "event")
{
KeywordEvent = pp;
pp = pp.SkipTo();
}
#endregion
#region static
var KeywordStatic = default(IDLParserToken);
if (pp.Text == "static")
{
KeywordStatic = pp;
pp = pp.SkipTo();
}
#endregion
#region extension
var KeywordExtension = default(IDLParserToken);
if (pp.Text == "extension")
{
KeywordExtension = pp;
pp = pp.SkipTo();
}
#endregion
#region attribute
if (pp.Text == "attribute")
{
var Keyword = pp;
if (pp.SkipTo().Text == "[")
{
AnnotationArray = pp.SkipTo().ToAnnotationArray();
pp = AnnotationArray.Symbols.Item2;
}
var a = new IDLMemberAttribute
{
KeywordEvent = KeywordEvent,
KeywordStatic = KeywordStatic,
KeywordReadOnly = KeywordReadOnly,
Keyword = Keyword,
Annotations = AnnotationArray,
Type = ToTypeReference(pp.SkipTo()),
};
a.Name = a.Type.Terminator.SkipTo();
a.Terminator = a.Name.SkipTo().AssertSymbol(";");
i.Members.Add(a);
return(a.Terminator.SkipTo());
}
#endregion
#region omittable
var __omittable = default(IDLParserToken);
if (pp.Text == "omittable")
{
__omittable = pp;
pp = pp.SkipTo();
}
#endregion
#region getter
var KeywordGetter = default(IDLParserToken);
if (pp.Text == "getter")
{
KeywordGetter = pp;
pp = pp.SkipTo();
}
#endregion
#region setter
var KeywordSetter = default(IDLParserToken);
if (pp.Text == "setter")
{
KeywordSetter = pp;
pp = pp.SkipTo();
}
#endregion
#region creator
var KeywordCreator = default(IDLParserToken);
if (pp.Text == "creator")
{
KeywordCreator = pp;
pp = pp.SkipTo();
}
#endregion
// method!!
var Method = ToMemberMethod(
pp,
KeywordGetter,
KeywordSetter,
KeywordDeleter,
KeywordStatic,
KeywordAsync,
KeywordExtension
);
i.Members.Add(Method);
return(Method.Terminator.SkipTo());
}
).AssertSymbol("}");
#endregion
i.Terminator = i.InterfaceBody.Item2.SkipTo();
if (i.Terminator == null)
{
i.Terminator = (IDLParserToken.Literal) ";";
i.Terminator.IsSymbol = true;
}
i.Terminator.AssertSymbol(";");
}
return(i);
}
