public override void BuildIDLInto(IDLFormatter ih)
{
EnterElement();
var tde = "typedef ";
// If the enum has a uuid, or a version associate with it, we provide that information on the same line.
if (_data.Attributes.Count > 0)
{
var lprops = _data.Attributes;
if (_ta.guid == Guid.Empty)
{
var rs = lprops.Where(p => p.StartsWith("uuid")).ToList();
foreach (var s in rs)
{
lprops.Remove(s);
}
}
tde += "[" + string.Join(",", lprops) + "]";
ih.AppendLine(tde);
tde = string.Empty;
}
ih.AppendLine(tde + "enum " + _data.ShortName + "{");
using (new IDLHelperTab(ih))
{
var idx = 0;
Children.ForEach(x => ((OWEnumValue)x).BuildIDLInto(ih, true, ++idx == _ta.cVars));
}
// Redundant but necessary to ensure MIDL will compile enum correctly without making up fake names that'll confuse object browsers
ih.AppendLine("} " + _data.ShortName + ";");
ExitElement();
}
public void BuildIDLInto(IDLFormatter ih, bool embedded)
{
var memIdInSpecialRange = (_vd.memid >= 0x60000000 && _vd.memid < 0x60020000);
var lprops = new List <string>();
if (!memIdInSpecialRange)
{
lprops.Add("id(" + _vd.memid.PaddedHex() + ")");
}
var help = _ti.GetHelpDocumentationById(_vd.memid, out var context);
// if (0 != (_vd.wFuncFlags & FuncDesc.FuncFlags.FUNCFLAG_FRESTRICTED)) lprops.Add("restricted");
// if (0 != (_vd.wFuncFlags & FuncDesc.FuncFlags.FUNCFLAG_FHIDDEN)) lprops.Add("hidden");
AddHelpStringAndContext(lprops, help, context);
ih.AppendLine("[" + string.Join(", ", lprops.ToArray()) + "] ");
// Prototype in a different line.
var ed = _vd.elemDescVar;
ed.tdesc.ComTypeNameAsString(_ti, ih);
// if (memIdInSpecialRange)
// {
// ih.AddString(" " + _fd.callconv.ToString().Substring(2).ToLower());
// }
ih.AppendLine(" " + _name + ";");
}
public override void BuildIDLInto(IDLFormatter ih)
{
EnterElement();
ih.AppendLine("[");
var lprops = _data.Attributes;
for (var i = 0; i < lprops.Count; ++i)
{
ih.AppendLine(" " + lprops[i] + (i < (lprops.Count - 1) ? "," : ""));
}
ih.AppendLine("]");
ih.AppendLine(_data.Name + " {");
//if (_ta.cFuncs > 0 || _ta.cVars > 0)
//{
// Naughty, but rely on side effect of verifying children.
using (new IDLHelperTab(ih))
{
_propChildren.BuildIDLInto(ih);
_methodChildren.BuildIDLInto(ih);
}
//}
ih.AppendLine("};");
ExitElement();
}
public override void BuildIDLInto(IDLFormatter ih)
{
EnterElement();
ih.AppendLine("[");
var lprops = _data.Attributes;
for (var i = 0; i < lprops.Count; ++i)
{
ih.AppendLine(" " + lprops[i] + (i < (lprops.Count - 1) ? "," : ""));
}
ih.AppendLine("]");
ih.AppendLine(_data.Name + " {");
using (new IDLHelperTab(ih))
{
for (var x = 0; x < _ta.cImplTypes; ++x)
{
_ti.GetRefTypeOfImplType(x, out var href);
_ti.GetRefTypeInfo(href, out var ti2);
_ti.GetImplTypeFlags(x, out var itypflags);
var memInterface = new OWCoClassInterface(this, ti2, itypflags);
memInterface.BuildIDLInto(ih);
}
}
ih.AppendLine("};");
ExitElement();
}
public override void BuildIDLInto(IDLFormatter ih)
{
ih.AppendLine("typedef struct tag" + _name + " {");
using (new IDLHelperTab(ih))
{
Children.ForEach(x => x.BuildIDLInto(ih));
}
ih.AppendLine("} " + _name + ";");
}
public override void BuildIDLInto(IDLFormatter ih)
{
EnterElement();
ih.AppendLine(_data.Name + " {");
using (new IDLHelperTab(ih))
{
Children.ForEach(x => x.BuildIDLInto(ih));
}
ih.AppendLine("} " + _data.ShortName + ";");
ExitElement();
}
public override void BuildIDLInto(IDLFormatter ih)
{
ih.AppendLine("[");
var lprops = new List <string> {
"uuid(" + _ta.guid + ")"
};
var help = _ti.GetHelpDocumentationById(-1, out var context);
AddHelpStringAndContext(lprops, help, context);
if (0 != (_ta.wTypeFlags & TypeAttr.TypeFlags.TYPEFLAG_FHIDDEN))
{
lprops.Add("hidden");
}
if (0 != (_ta.wTypeFlags & TypeAttr.TypeFlags.TYPEFLAG_FDUAL))
{
lprops.Add("dual");
}
if (0 != (_ta.wTypeFlags & TypeAttr.TypeFlags.TYPEFLAG_FRESTRICTED))
{
lprops.Add("restricted");
}
if (0 != (_ta.wTypeFlags & TypeAttr.TypeFlags.TYPEFLAG_FNONEXTENSIBLE))
{
lprops.Add("nonextensible");
}
if (0 != (_ta.wTypeFlags & TypeAttr.TypeFlags.TYPEFLAG_FOLEAUTOMATION))
{
lprops.Add("oleautomation");
}
for (var i = 0; i < lprops.Count; ++i)
{
ih.AppendLine(" " + lprops[i] + (i < (lprops.Count - 1) ? "," : ""));
}
ih.AppendLine("]");
ih.AppendLine("dispinterface " + _name + " {");
if (_ta.cFuncs > 0 || _ta.cVars > 0)
{
// Naughty, but rely on side effect of verifying children.
using (new IDLHelperTab(ih))
{
_propChildren?.BuildIDLInto(ih);
_methodChildren?.BuildIDLInto(ih);
}
}
ih.AppendLine("};");
}
public override void BuildIDLInto(IDLFormatter ih)
{
EnterElement();
var lprops = _data.Attributes;
if (lprops.Count > 0)
{
ih.AddString("[" + string.Join(", ", lprops.ToArray()) + "] ");
}
var attr = _ti.GetTypeAttr();
if (TypeAttr.TypeFlags.TYPEFLAG_FDUAL != (attr.wTypeFlags & TypeAttr.TypeFlags.TYPEFLAG_FDUAL) &&
TypeAttr.TypeKind.TKIND_DISPATCH == (attr.typekind & TypeAttr.TypeKind.TKIND_DISPATCH))
{
ih.AddString("dispinterface ");
ih.AddLink(_data.ShortName, "di");
}
else
{
ih.AddString("interface ");
ih.AddLink(_data.ShortName, "i");
}
ih.AppendLine(";");
ExitElement();
}
public void BuildIDLInto(IDLFormatter ih, bool embedded)
{
EnterElement();
var lprops = _data.Attributes;
ih.AppendLine("[" + string.Join(", ", lprops.ToArray()) + "] ");
// Prototype in a different line.
var ed = _vd.elemDescVar;
ed.tdesc.ComTypeNameAsString(_ti, ih);
// if (memIdInSpecialRange)
// {
// ih.AddString(" " + _fd.callconv.ToString().Substring(2).ToLower());
// }
ih.AppendLine(" " + _data.Name + ";");
ExitElement();
}
public override void BuildIDLInto(IDLFormatter ih)
{
EnterElement();
var lprops = _data.Attributes;
ih.AppendLine("typedef [" + string.Join(", ", lprops.ToArray()) + "] " + _data.ShortName + ";");
ExitElement();
}
public override void BuildIDLInto(IDLFormatter ih)
{
var meths = Children.Select(x => x as OWMethod).ToList();
ih.AppendLine("methods:");
if (meths.Count > 0)
{
using (new IDLHelperTab(ih)) meths.ForEach(x => x.BuildIDLInto(ih, true));
}
}
public override void BuildIDLInto(IDLFormatter ih)
{
var props = Children.ToList().ConvertAll(x => x as OWDispProperty);
ih.AppendLine("properties:");
if (props.Count > 0)
{
using (new IDLHelperTab(ih)) props.ForEach(x => x.BuildIDLInto(ih, true));
}
}
public override void BuildIDLInto(IDLFormatter ih)
{
var tde = "typedef ";
// If the enum has a uuid, or a version associate with it, we provide that information on the same line.
if (!_ta.guid.Equals(Guid.Empty))
{
tde += "[uuid(" + _ta.guid + "), version(" + _ta.wMajorVerNum + "." + _ta.wMinorVerNum + ")]";
ih.AppendLine(tde);
tde = "";
}
ih.AppendLine(tde + "enum {");
using (new IDLHelperTab(ih))
{
var idx = 0;
Children.ForEach(x => ((OWEnumValue)x).BuildIDLInto(ih, true, ++idx == _ta.cVars));
}
ih.AppendLine("} " + _name + ";");
}
public override void BuildIDLInto(IDLFormatter ih)
{
EnterElement();
ih.AppendLine("[");
var lprops = _data.Attributes;
for (var i = 0; i < lprops.Count; ++i)
{
ih.AppendLine(" " + lprops[i] + (i < (lprops.Count - 1) ? "," : ""));
}
ih.AppendLine("]");
if (_ta.cImplTypes > 0)
{
_ti.GetRefTypeOfImplType(0, out var href);
_ti.GetRefTypeInfo(href, out var ti2);
ih.AddString($"{_data.Name} : ");
ih.AddLink(ti2.GetName(), "i");
ih.AppendLine(" {");
}
else
{
ih.AppendLine("interface " + _data.Name + " {");
}
using (new IDLHelperTab(ih))
{
Children.ForEach(x => x.BuildIDLInto(ih));
}
ih.AppendLine("};");
ExitElement();
}
public void BuildIDLInto(IDLFormatter ih, bool embedded, bool islast)
{
var desc = "";
//int cnt = 0;
//String help = _ti.GetHelpDocumentationById(_idx, out cnt);
//List<String> props = new List<string>();
//AddHelpStringAndContext(props, help, cnt);
//if (props.Count > 0)
//{
// desc += "[" + String.Join(",", props.ToArray()) + "] ";
//}
desc += _val is int i?negStr(i) : _val.ToString();
ih.AppendLine("const " + _name + " = " + desc + (embedded ? (islast ? "" : ",") : ";"));
}
public override void BuildIDLInto(IDLFormatter ih)
{
ih.AppendLine("[");
var lprops = new List <string> {
$"uuid({_ta.guid})"
};
var help = _ti.GetHelpDocumentationById(-1, out var context);
AddHelpStringAndContext(lprops, help, context);
if (0 != (_ta.wTypeFlags & TypeAttr.TypeFlags.TYPEFLAG_FHIDDEN))
{
lprops.Add("hidden");
}
if (0 != (_ta.wTypeFlags & TypeAttr.TypeFlags.TYPEFLAG_FDUAL))
{
lprops.Add("dual");
}
if (0 != (_ta.wTypeFlags & TypeAttr.TypeFlags.TYPEFLAG_FRESTRICTED))
{
lprops.Add("restricted");
}
if (0 != (_ta.wTypeFlags & TypeAttr.TypeFlags.TYPEFLAG_FNONEXTENSIBLE))
{
lprops.Add("nonextensible");
}
if (0 != (_ta.wTypeFlags & TypeAttr.TypeFlags.TYPEFLAG_FOLEAUTOMATION))
{
lprops.Add("oleautomation");
}
for (var i = 0; i < lprops.Count; ++i)
{
ih.AppendLine(" " + lprops[i] + (i < (lprops.Count - 1) ? "," : ""));
}
ih.AppendLine("]");
if (_ta.cImplTypes > 0)
{
_ti.GetRefTypeOfImplType(0, out var href);
_ti.GetRefTypeInfo(href, out var ti2);
ih.AddString($"interface {_name} : ");
ih.AddLink(ti2.GetName(), "i");
ih.AppendLine(" {");
}
else
{
ih.AppendLine("interface " + _name + " {");
}
using (new IDLHelperTab(ih))
{
Children.ForEach(x => x.BuildIDLInto(ih));
}
ih.AppendLine("};");
}
public override void BuildIDLInto(IDLFormatter ih)
{
if (_ta.cFuncs == 0)
{
ih.AppendLine("// NOTE: This module has no entry points. There is no way to");
ih.AppendLine("// extract the dllname of a module with no entry points!");
ih.AppendLine("// ");
}
ih.AppendLine("[");
var liba = new List <string>
{
"dllname(\"" + (string.IsNullOrEmpty(_dllname) ? "<no entry points>" : _dllname) + "\")"
};
if (_ta.guid != Guid.Empty)
{
liba.Add("uuid(" + _ta.guid + ")");
}
var help = _ti.GetHelpDocumentationById(-1, out var cnt);
if (!string.IsNullOrEmpty(help))
{
liba.Add("helpstring(\"" + help + "\")");
}
if (cnt != 0)
{
liba.Add("helpcontext(" + cnt.PaddedHex() + ")");
}
cnt = 0;
liba.ForEach(x => ih.AppendLine(" " + x + (++cnt == liba.Count ? "" : ",")));
ih.AppendLine("]");
ih.AppendLine("module " + _name + " {");
using (new IDLHelperTab(ih))
{
Children.ForEach(x => x.BuildIDLInto(ih));
}
ih.AppendLine("};");
}
public override void BuildIDLInto(IDLFormatter ih)
{
EnterElement();
if (_ta.cFuncs == 0)
{
ih.AppendLine("// NOTE: This module has no entry points. There is no way to");
ih.AppendLine("// extract the dllname of a module with no entry points!");
ih.AppendLine("// ");
}
ih.AppendLine("[");
var liba = _data.Attributes;
var cnt = 0;
liba.ForEach(x => ih.AppendLine(" " + x + (++cnt == liba.Count ? "" : ",")));
ih.AppendLine("]");
ih.AppendLine(_data.Name + " {");
using (new IDLHelperTab(ih))
{
Children.ForEach(x => x.BuildIDLInto(ih));
}
ih.AppendLine("};");
ExitElement();
}
public override void BuildIDLInto(IDLFormatter ih)
{
ih.AppendLine("[");
var lprops = new List <string> {
$"uuid({_ta.guid})"
};
var help = _ti.GetHelpDocumentationById(-1, out var context);
AddHelpStringAndContext(lprops, help, context);
for (var i = 0; i < lprops.Count; ++i)
{
ih.AppendLine(" " + lprops[i] + (i < (lprops.Count - 1) ? "," : ""));
}
ih.AppendLine("]");
ih.AppendLine("coclass " + _name + " {");
using (new IDLHelperTab(ih))
{
for (var x = 0; x < _ta.cImplTypes; ++x)
{
_ti.GetRefTypeOfImplType(x, out var href);
_ti.GetRefTypeInfo(href, out var ti2);
_ti.GetImplTypeFlags(x, out var itypflags);
var res = new List <string>();
if (0 != (itypflags & IMPLTYPEFLAGS.IMPLTYPEFLAG_FDEFAULT))
{
res.Add("default");
}
if (0 != (itypflags & IMPLTYPEFLAGS.IMPLTYPEFLAG_FSOURCE))
{
res.Add("source");
}
if (res.Count > 0)
{
ih.AddString("[" + string.Join(", ", res.ToArray()) + "] ");
}
ih.AddString("interface ");
ih.AddLink(ti2.GetName(), "i");
ih.AppendLine(";");
}
}
ih.AppendLine("};");
}
public void BuildIDLInto(IDLFormatter ih, bool embedded, bool islast)
{
EnterElement();
ih.AppendLine(_data.Name + (embedded ? (islast ? "" : ",") : ";"));
ExitElement();
}
public void BuildIDLInto(IDLFormatter ih, bool bAsDispatch)
{
var memIdInSpecialRange = (_fd.memid >= 0x60000000 && _fd.memid < 0x60020000);
var lprops = new List <string>();
if (!memIdInSpecialRange)
{
lprops.Add("id(" + _fd.memid.PaddedHex() + ")");
}
switch (_fd.invkind)
{
case FuncDesc.InvokeKind.INVOKE_PROPERTYGET:
lprops.Add("propget");
break;
case FuncDesc.InvokeKind.INVOKE_PROPERTYPUT:
lprops.Add("propput");
break;
case FuncDesc.InvokeKind.INVOKE_PROPERTYPUTREF:
lprops.Add("propputref");
break;
}
var help = _ti.GetHelpDocumentationById(_fd.memid, out var context);
if (0 != (_fd.wFuncFlags & FuncDesc.FuncFlags.FUNCFLAG_FRESTRICTED))
{
lprops.Add("restricted");
}
if (0 != (_fd.wFuncFlags & FuncDesc.FuncFlags.FUNCFLAG_FHIDDEN))
{
lprops.Add("hidden");
}
AddHelpStringAndContext(lprops, help, context);
ih.AppendLine("[" + string.Join(", ", lprops.ToArray()) + "] ");
// Prototype in a different line.
var ed = _fd.elemdescFunc;
Action <int> paramtextgen = null;
ElemDesc elast = null;
var bRetvalPresent = false;
if (_fd.cParams > 0)
{
var names = _fd.GetNames(_ti);
var edps = _fd.elemdescParams;
if (edps.Length > 0)
{
elast = edps[edps.Length - 1];
}
if (bAsDispatch && elast != null && 0 != (elast.paramdesc.wParamFlags & ParamDesc.ParamFlags.PARAMFLG_FRETVAL))
{
bRetvalPresent = true;
}
// ReSharper disable once UnusedVariable
var maxCnt = (bAsDispatch && bRetvalPresent) ? _fd.cParams - 1 : _fd.cParams;
paramtextgen = x =>
{
var paramname = (names[x + 1] == null) ? "rhs" : names[x + 1];
var edp = edps[x];
ih.AddString(ParamFlagsDescription(edp.paramdesc) + " ");
edp.tdesc.ComTypeNameAsString(_ti, ih);
ih.AddString(" " + paramname);
};
}
(bRetvalPresent ? elast : ed).tdesc.ComTypeNameAsString(_ti, ih);
if (memIdInSpecialRange)
{
ih.AddString(" " + _fd.callconv.ToString().Substring(2).ToLower());
}
ih.AddString($" {_name}");
switch (_fd.cParams)
{
case 0:
ih.AppendLine("();");
break;
case 1:
ih.AddString("(");
paramtextgen?.Invoke(0);
ih.AppendLine(");");
break;
default:
ih.AppendLine("(");
using (new IDLHelperTab(ih))
{
for (var y = 0; y < _fd.cParams; ++y)
{
paramtextgen?.Invoke(y);
ih.AppendLine(y == _fd.cParams - 1 ? "" : ",");
}
}
ih.AppendLine(");");
break;
}
}
public override void BuildIDLInto(IDLFormatter ih)
{
// Header for type library, followed by a first pass to pre-declare
// interfaces.
// dispinterfaces aren't shown seperately.
EnterElement();
ih.AppendLine("// Generated .IDL file (by OleWoo)");
ih.AppendLine("[");
var liba = _data.Attributes;
var cnt = 0;
liba.ForEach(x => ih.AppendLine(" " + x + (++cnt == liba.Count ? "" : ",")));
ih.AppendLine("]");
ih.AppendLine("library " + _data.ShortName);
ih.AppendLine("{");
using (new IDLHelperTab(ih))
{
var lmd = new TypeLibMetadata();
var l = lmd.GetDependentLibraries(_tlib);
foreach (var dl in l)
{
var attr = new TypeLibAttr(dl);
var hive = RegistryKey.OpenBaseKey(RegistryHive.ClassesRoot, RegistryView.Default);
var libKey = hive.OpenSubKey($"TypeLib\\{{{attr.guid}}}\\{attr.wMajorVerNum}.{attr.wMinorVerNum}");
var longName = libKey?.GetValue(null);
if (longName != null)
{
longName = string.Concat(", ", longName);
}
var tlbKey = libKey?.OpenSubKey($"{attr.lcid}\\win32") ?? libKey?.OpenSubKey($"{attr.lcid}\\win64");
var path = tlbKey?.GetValue(null) as string;
ih.AppendLine($"// Tlib : {dl.GetName()}{longName} : {{{attr.guid}}}");
ih.AppendLine($"importlib(\"{path ?? dl.GetName()}\");");
}
ih.AppendLine(string.Empty);
//Identify all interfaces & dispinterfaces to be listed
var interfaceNames = Children.Aggregate <ITlibNode, ICollection <string> >(new HashSet <string>(),
(x, y) =>
{
if ((y as OWInterface) != null)
{
x.Add(y.ShortName);
}
return(x);
});
// Forward declare all interfaces.
ih.AppendLine("// Forward declare all types defined in this typelib");
Children.FindAll(x => (x as OWCoClass) != null).ForEach(
x => ih.AppendLine(string.Concat(x.Name, ";"))
);
/*
* Need to collect all dumpable interface names, in case we have dispinterfaces which don't have
* top level interfaces. In THIS case, we'd dump the dispinterface.
*/
var fwdDeclarations = new Dictionary <string, string>();
Children.FindAll(x =>
(x as OWInterface) != null).ForEach(
x => fwdDeclarations.Add(x.ShortName, string.Concat(x.Name, ";"))
);
Children.FindAll(x =>
(x as OWDispInterface) != null).ForEach(
x =>
{
if (!fwdDeclarations.ContainsKey(x.ShortName))
{
fwdDeclarations.Add(x.ShortName, string.Concat(x.Name, ";"));
}
}
);
foreach (var fwdDeclaration in fwdDeclarations)
{
ih.AppendLine(fwdDeclaration.Value);
}
ih.AppendLine(string.Empty);
Children.FindAll(x => (x as OWEnum) != null).ForEach(
x =>
{
x.BuildIDLInto(ih);
ih.AppendLine(string.Empty);
});
ih.AppendLine(string.Empty);
Children.FindAll(x => (x as OWRecord) != null).ForEach(x =>
{
x.BuildIDLInto(ih);
ih.AppendLine(string.Empty);
});
Children.FindAll(x => x.DisplayAtTLBLevel(interfaceNames)).ForEach(
x =>
{
x.BuildIDLInto(ih);
ih.AppendLine("");
}
);
}
ih.AppendLine("};");
ExitElement();
}
public void BuildIDLInto(IDLFormatter ih, bool bAsDispatch)
{
EnterElement();
var lprops = _data.Attributes;
ih.AppendLine("[" + string.Join(", ", lprops.ToArray()) + "] ");
// Prototype in a different line.
var ed = _fd.elemdescFunc;
Action <int> paramtextgen = null;
ElemDesc elast = null;
var bRetvalPresent = false;
if (_fd.cParams > 0)
{
var names = _fd.GetNames(_ti);
var edps = _fd.elemdescParams;
if (edps.Length > 0)
{
elast = edps[edps.Length - 1];
}
if (bAsDispatch && elast != null && 0 != (elast.paramdesc.wParamFlags & ParamDesc.ParamFlags.PARAMFLG_FRETVAL))
{
bRetvalPresent = true;
}
// ReSharper disable once UnusedVariable
var maxCnt = (bAsDispatch && bRetvalPresent) ? _fd.cParams - 1 : _fd.cParams;
paramtextgen = x =>
{
var paramname = names[x + 1] ?? "rhs";
var edp = edps[x];
ih.AddString(ParamFlagsDescription(edp.paramdesc) + " ");
edp.tdesc.ComTypeNameAsString(_ti, ih);
ih.AddString(" " + paramname);
};
}
(bRetvalPresent ? elast : ed).tdesc.ComTypeNameAsString(_ti, ih);
if (MemIdInSpecialRange)
{
ih.AddString(" " + _fd.callconv.ToString().Substring(2).ToLower());
}
ih.AddString($" {_data.Name}");
switch (_fd.cParams)
{
case 0:
ih.AppendLine("();");
break;
case 1:
ih.AddString("(");
paramtextgen?.Invoke(0);
ih.AppendLine(");");
break;
default:
ih.AppendLine("(");
using (new IDLHelperTab(ih))
{
for (var y = 0; y < _fd.cParams; ++y)
{
paramtextgen?.Invoke(y);
ih.AppendLine(y == _fd.cParams - 1 ? "" : ",");
}
}
ih.AppendLine(");");
break;
}
ExitElement();
}
public override void BuildIDLInto(IDLFormatter ih)
{
// Header for type library, followed by a first pass to pre-declare
// interfaces.
// dispinterfaces aren't shown seperately.
ih.AppendLine("// Generated .IDL file (by OleWoo)");
ih.AppendLine("[");
var liba = new List <string>();
using (var tla = new TypeLibAttr(_tlib))
{
liba.Add($"uuid({tla.guid})");
liba.Add($"version({tla.wMajorVerNum}.{tla.wMinorVerNum})");
}
var cds = new CustomDatas(_tlib as ITypeLib2);
{
foreach (var cd in cds.Items)
{
liba.Add("custom(" + cd.guid + ", " + ITypeInfoXtra.QuoteString(cd.varValue) + ")");
}
}
var help = _tlib.GetHelpDocumentation(out var cnt);
if (!string.IsNullOrEmpty(help))
{
liba.Add($"helpstring(\"{help}\")");
}
if (cnt != 0)
{
liba.Add($"helpcontext({cnt.PaddedHex()})");
}
cnt = 0;
liba.ForEach(x => ih.AppendLine(" " + x + (++cnt == liba.Count ? "" : ",")));
ih.AppendLine("]");
ih.AppendLine("library " + ShortName);
ih.AppendLine("{");
using (new IDLHelperTab(ih))
{
// How do I know I'm importing stdole2??!
// Forward declare all interfaces.
ih.AppendLine("// Forward declare all types defined in this typelib");
/*
* Need to collect all dumpable interface names, in case we have dispinterfaces which don't have
* top level interfaces. In THIS case, we'd dump the dispinterface.
*/
var interfaceNames = Children.Aggregate <ITlibNode, ICollection <string> >(new HashSet <string>(),
(x, y) =>
{
if ((y as OWInterface) != null)
{
x.Add(y.ShortName);
}
return(x);
});
Children.FindAll(x => ((x as OWInterface) != null || (x as OWDispInterface) != null)).ForEach(
x => ih.AppendLine(x.Name)
);
Children.FindAll(x => x.DisplayAtTLBLevel(interfaceNames)).ForEach(
x => { x.BuildIDLInto(ih); ih.AppendLine(""); }
);
}
ih.AppendLine("};");
}
public override void BuildIDLInto(IDLFormatter ih)
{
ih.AppendLine("");
}
public override void BuildIDLInto(IDLFormatter ih)
{
ih.AppendLine("typedef [public] " + _name + ";");
}
public override void BuildIDLInto(IDLFormatter ih)
{
EnterElement();
ih.AppendLine("");
ExitElement();
}
public void BuildIDLInto(IDLFormatter ih, bool embedded, bool islast)
{
ih.AppendLine("const int " + _ti.GetDocumentationById(_vd.memid) + " = " + negStr(_val) + (embedded ? (islast ? "" : ",") : ";"));
}