static void GenerateMasterInclude()
{
var Hfile = new CodeGenHeaderFile();
Hfile.FileName = "BoSSScpp";
Hfile.IncludeDirectives.Add("#pragma once");
Hfile.IncludeDirectives.Add("#include <mono/metadata/mono-config.h>");
Hfile.IncludeDirectives.Add("#include <mono/jit/jit.h>");
Hfile.IncludeDirectives.Add("#include <mono/metadata/assembly.h>");
Hfile.IncludeDirectives.Add("#include <mono/metadata/debug-helpers.h>");
foreach (var Hf in Hfiles)
{
Hfile.IncludeDirectives.Add("#include \"" + Hf.FileName + CodeGenHeaderFile.HeaderFileSuffix + "\"");
}
//Hfile.IncludeDirectives.Add("#include \"MonoBoSSSglobals.h\"");
Hfile.IncludeDirectives.Add("#include \"Globals.h\"");
Hfiles.Add(Hfile);
}
static void GenerateGlobals()
{
var Hfile = new CodeGenHeaderFile();
Hfile.FileName = "Globals";
Hfile.IncludeDirectives.Add("#pragma once");
Hfiles.Add(Hfile);
var Cppfile = new CodeGenCppFile();
Cppfile.FileName = "Globals";
Cppfile.IncludeDirectives.Add("#include \"Globals.h\"");
Cppfiles.Add(Cppfile);
var Hnmnsp = new BracedSection();
Hfile.MainCode.Add(Hnmnsp);
Hnmnsp.AddOutside("namespace BoSSS");
var Cnmnsp = new BracedSection();
Cppfile.MainCode.Add(Cnmnsp);
Cnmnsp.AddOutside("namespace BoSSS");
var Class = new BracedSection();
Class.AddOutside("class Globals");
Hnmnsp.Children.Add(Class);
Class.ClosingSemicolon = true;
var PublicSection = new BracedSection()
{
NoBraces = true
};
Class.Children.Add(PublicSection);
PublicSection.AddOutside("public:");
PublicSection.AddInner("static MonoDomain* _domain;");
Cnmnsp.AddInner("MonoDomain* Globals::_domain = NULL;");
var PrivateSection = new BracedSection()
{
NoBraces = true
};
Class.Children.Add(PrivateSection);
PrivateSection.AddOutside("private:");
Assembly[] ass = TypesToExport.Select(tt => tt.Assembly).ToSet().ToArray();
PrivateSection.AddInner("static int _Initialized;");
Cnmnsp.AddInner("int Globals::_Initialized = 0;");
PublicSection.AddInner("static void Init(char* ManagedAssemblyDirectory);");
int stringlen = 1024;
var InitMethod = new BracedSection();
{
Cnmnsp.Children.Add(InitMethod);
InitMethod.AddOutside("void Globals::Init(char* ManagedAssemblyDirectory)");
InitMethod.AddInner("if (_Initialized != 0)");
InitMethod.AddInner(" return;");
InitMethod.AddInner("_Initialized = 0x1234;");
InitMethod.AddInner("");
InitMethod.AddInner("char path[{0}];", stringlen + 4);
InitMethod.AddInner("mono_config_parse(NULL);");
InitMethod.AddInner("_domain = mono_jit_init_version(\"BoSSSdomain\", \"v4.0.30319\");");
InitMethod.AddInner("if (_domain == NULL) {");
InitMethod.AddInner(" fprintf(stderr, \"Unable to setup mono domain.\");");
InitMethod.AddInner(" throw \"Unable to setup mono domain.\";");
InitMethod.AddInner("}");
InitMethod.AddInner("mono_domain_set_config(_domain, ManagedAssemblyDirectory, \"\");");
}
foreach (var a in ass)
{
string nmn = a.GetName().Name;
string FileName = Path.GetFileName(a.CodeBase);
if (FileName.EndsWith(".DLL"))
{
FileName = FileName.Substring(0, FileName.Length - 4);
FileName = FileName + ".dll";
}
if (FileName.EndsWith(".EXE"))
{
FileName = FileName.Substring(0, FileName.Length - 4);
FileName = FileName + ".exe";
}
nmn = nmn.Replace(".", "_");
PublicSection.AddInner("static MonoAssembly* _assembly__{0};", nmn);
PublicSection.AddInner("static MonoImage* _image__{0};", nmn);
Cnmnsp.AddInner("MonoAssembly* Globals::_assembly__{0} = NULL;", nmn);
Cnmnsp.AddInner("MonoImage* Globals::_image__{0} = NULL;", nmn);
InitMethod.AddInner("if(strlen(ManagedAssemblyDirectory) + {0} >= {1}) {{", FileName.Length + 1, stringlen);
InitMethod.AddInner(" fprintf(stderr, \"Path to assembly {0} exceeds {1} character limit. \\n \"); ", FileName, stringlen);
InitMethod.AddInner("}");
InitMethod.AddInner("strcpy(path, ManagedAssemblyDirectory);");
InitMethod.AddInner("strcat(path, \"{0}\");", FileName);
InitMethod.AddInner("_assembly__{0} = mono_domain_assembly_open(_domain, path);", nmn);
InitMethod.AddInner("if (_assembly__{0} == NULL) {{", nmn);
InitMethod.AddInner(" fprintf(stderr, \"Unable to open assembly: {1} \\n \"); ", nmn, FileName);
InitMethod.AddInner(" throw \"Unable to open assembly.\";");
InitMethod.AddInner("}");
InitMethod.AddInner("_image__{0} = mono_assembly_get_image(_assembly__{0});", nmn);
InitMethod.AddInner("if (_image__{0} == NULL) {{", nmn);
InitMethod.AddInner(" fprintf(stderr, \"Unable to get assembly image {0}.\\n\");", FileName);
InitMethod.AddInner(" throw \"Unable to get assembly image.\";");
InitMethod.AddInner("}");
}
PublicSection.AddInner("static MonoClass* LookupClass(MonoImage* image, const char *_classname, const char* _namespace);");
PublicSection.AddInner("static MonoMethod* LookupMethod(MonoClass* pClass, const char *name, mono_bool include_namespace);");
var LookupClassMethod = new BracedSection();
{
Cnmnsp.Children.Add(LookupClassMethod);
LookupClassMethod.AddOutside("MonoClass* Globals::LookupClass(MonoImage* image, const char *_classname, const char* _namespace)");
LookupClassMethod.AddInner("if(image == NULL) {");
LookupClassMethod.AddInner(" fprintf(stderr, \"Image not loaded - must call MonoBoSSSglobals::Init first.\\n\");");
LookupClassMethod.AddInner("}");
LookupClassMethod.AddInner("MonoClass* mcls = mono_class_from_name(image, _namespace, _classname);");
LookupClassMethod.AddInner("if (mcls == NULL) {");
LookupClassMethod.AddInner(" fprintf(stderr, \"unable to find class %s.%s\\n\", _namespace, _classname);");
LookupClassMethod.AddInner(" throw \"unable to find method description for method. \";");
LookupClassMethod.AddInner("}");
LookupClassMethod.AddInner("return mcls;");
}
var LookupMethodMethod = new BracedSection();
{
Cnmnsp.Children.Add(LookupMethodMethod);
LookupMethodMethod.AddOutside("MonoMethod* Globals::LookupMethod(MonoClass* pClass, const char *name, mono_bool include_namespace)");
LookupMethodMethod.AddInner("MonoMethodDesc* desc = mono_method_desc_new(name, include_namespace);");
LookupMethodMethod.AddInner("if (desc == NULL) {");
LookupMethodMethod.AddInner(" fprintf(stderr, \"unable to find method description for method %s\\n\", name);");
LookupMethodMethod.AddInner(" throw \"unable to find method description for method. \";");
LookupMethodMethod.AddInner("}");
LookupMethodMethod.AddInner("MonoMethod* methodHandle = mono_method_desc_search_in_class(desc, pClass);");
LookupMethodMethod.AddInner("if (methodHandle == NULL) {");
LookupMethodMethod.AddInner(" fprintf(stderr, \"unable to find method handle for method.\\n\");");
LookupMethodMethod.AddInner(" throw \"unable to find method handle for method. \";");
LookupMethodMethod.AddInner("}");
LookupMethodMethod.AddInner("mono_method_desc_free(desc);");
LookupMethodMethod.AddInner("return methodHandle;");
}
}
static void ExportClass(Type t)
{
if (!t.IsClass)
{
throw new ArgumentOutOfRangeException();
}
if (t.IsAbstract)
{
throw new NotSupportedException("Abstract classes are not supported yet.");
}
if (t.IsGenericType)
{
throw new NotSupportedException("Generics are not supported yet.");
}
// create files
// ============
Console.WriteLine("Doing Class " + t.FullName);
var Cfile = new CodeGenCppFile();
var Hfile = new CodeGenHeaderFile();
Cfile.FileName = t.Name;
Hfile.FileName = t.Name;
Cppfiles.Add(Cfile);
Hfiles.Add(Hfile);
Hfile.IncludeDirectives.Add("#pragma once");
// create namespaces
// =================
string[] CppNamespace = t.Namespace.Split('.');
BracedSection Cnmnsp = null;
BracedSection Hnmnsp = null;
{
if (CppNamespace == null || CppNamespace.Length <= 0)
{
Cnmnsp = new BracedSection()
{
NoBraces = true
};
Hnmnsp = new BracedSection()
{
NoBraces = true
};
Cfile.MainCode.Add(Cnmnsp);
Hfile.MainCode.Add(Hnmnsp);
}
else
{
foreach (string nmn in CppNamespace)
{
string line = "namespace " + nmn;
var _Cnmnsp = new BracedSection();
var _Hnmnsp = new BracedSection();
_Cnmnsp.OutsideCode.Add(line);
_Hnmnsp.OutsideCode.Add(line);
Debug.Assert((Cnmnsp == null) == (Hnmnsp == null));
if (Cnmnsp == null)
{
Cfile.MainCode.Add(_Cnmnsp);
Hfile.MainCode.Add(_Hnmnsp);
Cnmnsp = _Cnmnsp;
Hnmnsp = _Hnmnsp;
}
else
{
Cnmnsp.Children.Add(_Cnmnsp);
Hnmnsp.Children.Add(_Hnmnsp);
Cnmnsp = _Cnmnsp;
Hnmnsp = _Hnmnsp;
}
}
}
}
// class declaration
// =================
BracedSection ClassDecl = new BracedSection();
ClassDecl.OutsideCode.Add("class " + t.Name);
ClassDecl.ClosingSemicolon = true;
Hnmnsp.Children.Add(ClassDecl);
// Init code
// =========
BracedSection InitCode = new BracedSection();
Cnmnsp.Children.Add(InitCode);
InitCode.OutsideCode.Add("void " + t.Name + "::_InitMonoBindings()");
InitCode.Children.Add(string.Format(
"_ClassHandle = BoSSS::Globals::LookupClass(BoSSS::Globals::_image__{0}, \"{1}\", \"{2}\");",
t.Assembly.GetName().Name.Replace(".", "_"),
t.Name,
t.Namespace));
BracedSection PublicMethodDecl = new BracedSection();
ClassDecl.Children.Add(PublicMethodDecl);
PublicMethodDecl.NoBraces = true;
PublicMethodDecl.AddOutside("public:");
BracedSection PrivateBindingDecl = new BracedSection();
ClassDecl.Children.Add(PrivateBindingDecl);
PrivateBindingDecl.NoBraces = true;
PrivateBindingDecl.AddOutside("private:");
PrivateBindingDecl.AddInner("void _InitMonoBindings();");
PrivateBindingDecl.AddInner("MonoClass* _ClassHandle;");
PrivateBindingDecl.AddInner("uint32_t _MonoGCHandle;");
// Destructor
// ==========
{
PublicMethodDecl.OutsideCode.Add("~" + t.Name + "();");
BracedSection dtorCode = new BracedSection();
Cnmnsp.Children.Add(dtorCode);
dtorCode.AddOutside(t.Name + "::~" + t.Name + "()");
BracedSection cond = new BracedSection();
dtorCode.Children.Add(cond);
cond.AddOutside("if (_MonoGCHandle != 0)");
cond.AddInner("// See also _ReleaseGChandle() and _FromMonoObject(MonoObject*) methods:");
cond.AddInner("// For a temporary object creation through _FromMonoObject(...), we only need parts of the destruction, therefore parts of the destructor are blocked.");
if (t.GetInterface(typeof(IDisposable).ToString()) != null)
{
cond.AddInner("Dispose();");
}
cond.AddInner("_SetForeignPointer(NULL);");
cond.AddInner("mono_gchandle_free(_MonoGCHandle);");
}
// Release Method
// ==============
{
PublicMethodDecl.AddInner("void _ReleaseGChandle();");
BracedSection _ReleaseGChandleImpl = new BracedSection();
Cnmnsp.Children.Add(_ReleaseGChandleImpl);
_ReleaseGChandleImpl.AddOutside("void {0}::_ReleaseGChandle()", t.Name);
_ReleaseGChandleImpl.AddInner("mono_gchandle_free(_MonoGCHandle);");
_ReleaseGChandleImpl.AddInner("_MonoGCHandle = 0; // blocks destructor functionality");
}
// Constructor from MonoObject
// ===========================
{
PublicMethodDecl.AddInner("{0}(MonoObject* mo);", t.Name);
BracedSection ctorImpl = new BracedSection();
Cnmnsp.Children.Add(ctorImpl);
ctorImpl.AddOutside("{0}::{0}(MonoObject* mo)", t.Name);
ctorImpl.AddInner("_InitMonoBindings();");
ctorImpl.AddInner("_MonoGCHandle = mono_gchandle_new(mo, true);");
}
// _FromMonoObject(...) method
// ===========================
{
PublicMethodDecl.AddInner("static {0}* _FromMonoObject(MonoObject* mo);", t.Name);
BracedSection _FromMonoObjectImpl = new BracedSection();
Cnmnsp.Children.Add(_FromMonoObjectImpl);
_FromMonoObjectImpl.AddOutside("{0}* {0}::_FromMonoObject(MonoObject* mo)", t.Name);
_FromMonoObjectImpl.AddInner("{0}* tmp = new {0}(mo);", t.Name);
_FromMonoObjectImpl.AddInner("void* LoggedRef = tmp->_GetForeignPointer();");
_FromMonoObjectImpl.AddInner("if (LoggedRef != NULL) {");
_FromMonoObjectImpl.AddInner(" tmp->_ReleaseGChandle();");
_FromMonoObjectImpl.AddInner(" delete tmp;");
_FromMonoObjectImpl.AddInner(" return (({0}*)LoggedRef);", t.Name);
_FromMonoObjectImpl.AddInner("} else {");
_FromMonoObjectImpl.AddInner(" tmp->_SetForeignPointer(tmp);");
_FromMonoObjectImpl.AddInner(" return tmp;");
_FromMonoObjectImpl.AddInner("}");
}
// _GetMonoObject(...) method
// ===========================
{
PublicMethodDecl.AddInner("MonoObject* _GetMonoObject();", t.Name);
BracedSection _GetMonoObjectImpl = new BracedSection();
Cnmnsp.Children.Add(_GetMonoObjectImpl);
_GetMonoObjectImpl.AddOutside("MonoObject* {0}::_GetMonoObject()", t.Name);
_GetMonoObjectImpl.AddInner("return mono_gchandle_get_target(_MonoGCHandle);");
}
// constructor wrappers
// ====================
var ctors = t.GetConstructors(BindingFlags.Public | BindingFlags.Instance);
int CtorCounter = 0;
foreach (var m in ctors)
{
if (m.IsAbstract)
{
Console.WriteLine("Skipping abstract method: " + m.Name);
continue;
}
if (!(m.GetCustomAttributes().Any(att => att.GetType() == typeof(CodeGenExportAttribute))))
{
continue;
}
var Params = m.GetParameters();
string sParams = FormatParameters(Params);
// init code
// ---------
PrivateBindingDecl.AddInner("MonoMethod* _ctor_{0};", CtorCounter);
InitCode.AddInner("_ctor_{0} = BoSSS::Globals::LookupMethod(_ClassHandle, \"{1}\", true);",
CtorCounter,
t.FullName + ":" + ".ctor" //"BoSSS.Application.ExternalBinding.GridServer:.ctor"
);
// declaration in class
// --------------------
PublicMethodDecl.AddInner(t.Name + "(" + sParams + ");");
// wrapper code
// ------------
BracedSection ctorImpl = new BracedSection();
Cnmnsp.Children.Add(ctorImpl);
ctorImpl.AddOutside("{0}::{0}({1})", t.Name, sParams);
ctorImpl.AddInner("_InitMonoBindings();");
// instantiate
ctorImpl.AddInner("MonoObject* ThisObj = mono_object_new(BoSSS::Globals::_domain, _ClassHandle);");
ctorImpl.AddInner("_MonoGCHandle = mono_gchandle_new(ThisObj, true);");
//argument
CreateMethodWrapper("ctor_" + CtorCounter, Params, ctorImpl);
// link c++ to .NET object
ctorImpl.AddInner("_SetForeignPointer(this);");
// next
CtorCounter++;
}
// method wrappers
// ===============
var methods = t.GetMethods(BindingFlags.Public | BindingFlags.Instance | BindingFlags.Static | BindingFlags.DeclaredOnly);
foreach (var m in methods)
{
if (!(m.GetCustomAttributes().Any(att => att.GetType() == typeof(CodeGenExportAttribute)) ||
IsFromMagicInterface(m)))
{
continue;
}
if (m.IsAbstract)
{
throw new ApplicationException("Abstract method is not supported; Skipping abstract method:; (" + m.Name + ")");
}
if (m.IsGenericMethod || m.IsGenericMethodDefinition)
{
throw new ApplicationException("Generic method is not supported; (" + m.Name + ")");
}
var Params = m.GetParameters();
string sParams = FormatParameters(Params);
string sRetType = FormatType4C(m.ReturnType);
// init code
// ---------
PrivateBindingDecl.AddInner("MonoMethod* _{0};", m.Name);
InitCode.AddInner("_{0} = BoSSS::Globals::LookupMethod(_ClassHandle, \"{1}\", true);",
m.Name,
t.FullName + ":" + m.Name
);
// declaration in class
// --------------------
PublicMethodDecl.AddInner(sRetType + " " + m.Name + "(" + sParams + ");");
// wrapper code
// ------------
BracedSection methImpl = new BracedSection();
Cnmnsp.Children.Add(methImpl);
methImpl.AddOutside("{0} {1}::{2}({3})", sRetType, t.Name, m.Name, sParams);
CreateMethodWrapper(m.Name, Params, methImpl);
// return value handling
if (m.ReturnType == typeof(void))
{
// nothing to do
methImpl.AddInner("return;");
}
else if (IsPrimitiveType(m.ReturnType))
{
// try with type-cast
methImpl.AddInner("void* retptr = mono_object_unbox(retval);");
methImpl.AddInner("return *(({0}*) retptr);", sRetType);
}
else if (IsExportedRefType(m.ReturnType))
{
// wrapper object required
methImpl.AddInner("return {0}::_FromMonoObject(retval);", m.ReturnType.FullName.Replace(".", "::"));
}
else
{
throw new NotSupportedException("Unknown return type of wrapper function: " + m.ReturnType);
}
}
}
static void CreatePrototypeDeclarations()
{
// sort types according to namespace
// =================================
Dictionary <string, List <Type> > namespace2type = new Dictionary <string, List <Type> >();
foreach (var t in TypesToExport)
{
var nmn = t.Namespace;
List <Type> tts;
if (!namespace2type.TryGetValue(nmn, out tts))
{
tts = new List <Type>();
namespace2type.Add(nmn, tts);
}
tts.Add(t);
}
var Hfile = new CodeGenHeaderFile();
Hfile.FileName = "Prototypes";
Hfiles.Add(Hfile);
Hfile.IncludeDirectives.Add("#pragma once");
// create namespaces
// =================
foreach (var ky in namespace2type)
{
string[] CppNamespace = ky.Key.Split('.');
BracedSection Hnmnsp = null;
{
if (CppNamespace == null || CppNamespace.Length <= 0)
{
Hnmnsp = new BracedSection()
{
NoBraces = true
};
Hfile.MainCode.Add(Hnmnsp);
}
else
{
foreach (string nmn in CppNamespace)
{
string line = "namespace " + nmn;
var _Cnmnsp = new BracedSection();
var _Hnmnsp = new BracedSection();
_Cnmnsp.OutsideCode.Add(line);
_Hnmnsp.OutsideCode.Add(line);
if (Hnmnsp == null)
{
Hfile.MainCode.Add(_Hnmnsp);
Hnmnsp = _Hnmnsp;
}
else
{
Hnmnsp.Children.Add(_Hnmnsp);
Hnmnsp = _Hnmnsp;
}
}
}
}
foreach (var t in ky.Value)
{
Hnmnsp.AddInner("class {0};", t.Name);
}
}
}
static void ExportClass(Type t)
{
if (!t.IsClass)
{
throw new ArgumentOutOfRangeException();
}
if (t.IsAbstract)
{
throw new NotSupportedException("Abstract classes are not supported yet.");
}
if (t.IsGenericType)
{
throw new NotSupportedException("Generics are not supported yet.");
}
// create files
// ============
Console.WriteLine("Doing Class " + t.FullName);
var Cfile = new CodeGenCppFile();
var Hfile = new CodeGenHeaderFile();
Cfile.FileName = t.Name;
Hfile.FileName = t.Name;
Cppfiles.Add(Cfile);
Hfiles.Add(Hfile);
// add includes to C++ file
// ========================
Hfile.IncludeDirectives.Add("#pragma once");
Hfile.IncludeDirectives.Add("#include \"" + t.Name + CodeGenHeaderFile.HeaderFileSuffix + "\"");
Cfile.IncludeDirectives.Add("#include \"" + t.Name + CodeGenHeaderFile.HeaderFileSuffix + "\"");
// create namespaces
// =================
BracedSection Cnmnsp = null;
BracedSection Hnmnsp = null;
{
if (CppNamespace == null || CppNamespace.Length <= 0)
{
Cnmnsp = new BracedSection()
{
NoBraces = true
};
Hnmnsp = new BracedSection()
{
NoBraces = true
};
Cfile.MainCode.Add(Cnmnsp);
Hfile.MainCode.Add(Hnmnsp);
}
else
{
foreach (string nmn in CppNamespace)
{
string line = "namespace " + nmn;
var _Cnmnsp = new BracedSection();
var _Hnmnsp = new BracedSection();
_Cnmnsp.OutsideCode.Add(line);
_Hnmnsp.OutsideCode.Add(line);
Debug.Assert((Cnmnsp == null) == (Hnmnsp == null));
if (Cnmnsp == null)
{
Cfile.MainCode.Add(_Cnmnsp);
Hfile.MainCode.Add(_Hnmnsp);
Cnmnsp = _Cnmnsp;
Hnmnsp = _Hnmnsp;
}
else
{
Cnmnsp.Children.Add(_Cnmnsp);
Hnmnsp.Children.Add(_Hnmnsp);
Cnmnsp = _Cnmnsp;
Hnmnsp = _Hnmnsp;
}
}
}
}
Cfile.ToString();
Hfile.ToString();
// class declaration
// =================
BracedSection ClassDecl = new BracedSection();
ClassDecl.OutsideCode.Add("class " + t.Name);
ClassDecl.ClosingSemicolon = true;
Hnmnsp.Children.Add(ClassDecl);
// Init code
// =========
/*
* int GridProxy::_InitMonoBindings()
* {
* //printf("init mono bindings.\n");
* _ClassHandle = MonoBoSSSglobals::LookupClass("GridServer", "BoSSS.Application.ExternalBinding");
* //printf("got class.\n");
* _ctor = MonoBoSSSglobals::LookupMethod(_ClassHandle, "BoSSS.Application.ExternalBinding.GridServer:.ctor", true);
* //printf("got ctor.\n");
* return 0;
* } */
BracedSection InitCode = new BracedSection();
Cnmnsp.Children.Add(InitCode);
InitCode.OutsideCode.Add("void " + t.Name + "::_InitMonoBindings()");
InitCode.Children.Add(string.Format(
"_ClassHandle = MonoBoSSSglobals::LookupClass(\"{0}\", \"{1}\");",
t.Name,
t.Namespace));
BracedSection PublicMethodDecl = new BracedSection();
ClassDecl.Children.Add(PublicMethodDecl);
PublicMethodDecl.NoBraces = true;
PublicMethodDecl.AddOutside("public:");
BracedSection PrivateBindingDecl = new BracedSection();
ClassDecl.Children.Add(PrivateBindingDecl);
PrivateBindingDecl.NoBraces = true;
PrivateBindingDecl.AddOutside("private:");
PrivateBindingDecl.AddInner("void _InitMonoBindings();");
PrivateBindingDecl.AddInner("MonoClass* _ClassHandle;");
PrivateBindingDecl.AddInner("uint32_t _MonoGCHandle;");
// Destructor
// ==========
{
PublicMethodDecl.OutsideCode.Add("~" + t.Name + "();");
BracedSection dtorCode = new BracedSection();
Cnmnsp.Children.Add(dtorCode);
dtorCode.AddOutside(t.Name + "::~" + t.Name + "()");
if (t.GetInterface(typeof(IDisposable).ToString()) != null)
{
dtorCode.AddInner("Dispose();");
}
dtorCode.AddInner("mono_gchandle_free(_MonoGCHandle);");
}
// method wrappers
// ===============
var methods = t.GetMethods(BindingFlags.Public | BindingFlags.Instance | BindingFlags.Static | BindingFlags.DeclaredOnly);
var ctors = t.GetConstructors(BindingFlags.Public | BindingFlags.Instance);
int CtorCounter = 0;
foreach (var m in ctors)
{
if (m.IsAbstract)
{
Console.WriteLine("Skipping abstract method: " + m.Name);
continue;
}
var Params = m.GetParameters();
string sParams = FormatParameters(Params);
// init code
// ---------
PrivateBindingDecl.AddInner("MonoMethod* _ctor_{0};", CtorCounter);
InitCode.AddInner("_ctor_{0} = MonoBoSSSglobals::LookupMethod(_ClassHandle, \"{1}\", true);",
CtorCounter,
t.FullName + ":" + ".ctor" //"BoSSS.Application.ExternalBinding.GridServer:.ctor"
);
// declaration in class
// --------------------
PublicMethodDecl.AddInner(t.Name + "(" + sParams + ");");
// wrapper code
// ------------
BracedSection ctorImpl = new BracedSection();
Cnmnsp.Children.Add(ctorImpl);
ctorImpl.AddOutside("{0}::{0}({1})", t.Name, sParams);
ctorImpl.AddInner("_InitMonoBindings();");
// instantiate
ctorImpl.AddInner("MonoObject* ThisObj = mono_object_new(MonoBoSSSglobals::domain, _ClassHandle);");
ctorImpl.AddInner("_MonoGCHandle = mono_gchandle_new(ThisObj, true);");
//argument
ctorImpl.AddInner("void* args[{0}];", Params.Length);
for (int i = 0; i < Params.Length; i++)
{
if (Params[i].ParameterType.IsPointer)
{
ctorImpl.AddInner("args[{0}] = {1};", i, Params[i].Name);
}
else if (Params[i].ParameterType.IsValueType)
{
ctorImpl.AddInner("args[{0}] = &{1};", i, Params[i].Name);
}
else
{
throw new NotImplementedException("Todo: args of type " + Params[i].ParameterType);
}
}
// call mono
ctorImpl.AddInner("MonoObject* exception;");
ctorImpl.AddInner("MonoObject* retval;");
ctorImpl.AddInner("retval = mono_runtime_invoke(_ctor_{0}, mono_gchandle_get_target(_MonoGCHandle), args, &exception);", CtorCounter);
ctorImpl.AddInner("if (exception != NULL) {");
ctorImpl.AddInner(" printf( \"got exception from C#\\n\");");
ctorImpl.AddInner("}");
CtorCounter++;
}
foreach (var m in methods)
{
if (m.IsAbstract)
{
Console.WriteLine("Skipping abstract method: " + m.Name);
continue;
}
var Params = m.GetParameters();
string sParams = FormatParameters(Params);
}
}