void GenerateCsCode(CodeStringBuilder stbuilder)
{
CodeTypeDeclaration orgDecl = this.OriginalDecl;
CodeTypeDeclaration implTypeDecl = this.ImplTypeDecl;
CsCallToNativeCodeGen csCallToNativeCodeGen = new CsCallToNativeCodeGen();
csCallToNativeCodeGen.GenerateCsCode(this, orgDecl, implTypeDecl, false, null, stbuilder);
}
void GenerateCppImplNamespace(CodeTypeDeclaration orgDecl,
List <MethodPlan> callToDotNetMets,
CodeStringBuilder stbuilder)
{
string namespaceName = orgDecl.Name + "Ext"; //namespace
this.CppImplClassNameId = _typePlan.CsInterOpTypeNameId;
this.CppImplClassName = namespaceName;
//----------------------------------------------
//create a cpp namespace
stbuilder.Append("namespace " + namespaceName);
stbuilder.AppendLine("{");
int nn = callToDotNetMets.Count;
for (int mm = 0; mm < nn; ++mm)
{
//implement on event notificationi
MethodPlan met = callToDotNetMets[mm];
met.CppMethodSwitchCaseName = namespaceName + "_" + met.Name + "_" + (mm + 1);
}
nn = callToDotNetMets.Count;
for (int mm = 0; mm < nn; ++mm)
{
//implement on event notificationi
MethodPlan met = callToDotNetMets[mm];
//prepare data and call the callback
GenerateCppImplMethodForNs(met, stbuilder);
}
stbuilder.AppendLine("}");
//----------------------------------------------
//----------------------------------------------
//InternalHeaderForExportFunc.h
_cppHeaderInternalForExportFuncAuto.AppendLine("namespace " + namespaceName);
_cppHeaderInternalForExportFuncAuto.AppendLine("{");
_cppHeaderInternalForExportFuncAuto.AppendLine("const int _typeName=" + "CefTypeName_" + orgDecl.Name + ";");
for (int mm = 0; mm < nn; ++mm)
{
MethodPlan met = callToDotNetMets[mm];
_cppHeaderInternalForExportFuncAuto.AppendLine("const int " + met.CppMethodSwitchCaseName + "=" + (mm + 1) + ";");
}
_cppHeaderInternalForExportFuncAuto.AppendLine("}");
//----------------------------------------------
//ExportFuncAuto.h
_cppHeaderExportFuncAuto.AppendLine("namespace " + namespaceName);
_cppHeaderExportFuncAuto.AppendLine("{");
for (int mm = 0; mm < nn; ++mm)
{
//implement on event notificationi
MethodPlan met = callToDotNetMets[mm];
//prepare data and call the callback
GenerateCppImplMethodDeclarationForNs(met, _cppHeaderExportFuncAuto);
}
_cppHeaderExportFuncAuto.AppendLine("}");
}
void GenerateCsCode(CodeStringBuilder stbuilder)
{
CodeStringBuilder codeBuilder = new CodeStringBuilder();
CodeTypeDeclaration orgDecl = this.OriginalDecl;
TypePlan _typeTxInfo = orgDecl.TypePlan;
//
AddComment(orgDecl.LineComments, codeBuilder);
//for cef, if enum class end with flags_t
//we add FlagsAttribute to this enum type
if (orgDecl.Name.EndsWith("flags_t"))
{
codeBuilder.AppendLine("[Flags]");
}
codeBuilder.AppendLine("public enum " + orgDecl.Name + enum_base + "{");
//transform enum
int i = 0;
foreach (FieldPlan fieldTx in _typeTxInfo.fields)
{
if (i > 0)
{
codeBuilder.AppendLine(",");
}
i++;
CodeFieldDeclaration codeFieldDecl = fieldTx.fieldDecl;
//
AddComment(codeFieldDecl.LineComments, codeBuilder);
//
if (codeFieldDecl.InitExpression != null)
{
string initExpr = codeFieldDecl.InitExpression.ToString();
//cef specific
if (initExpr == "UINT_MAX")
{
codeBuilder.Append(codeFieldDecl.Name + "=uint.MaxValue");
}
else
{
codeBuilder.Append(codeFieldDecl.Name + "=" + codeFieldDecl.InitExpression.ToString());
}
}
else
{
codeBuilder.Append(codeFieldDecl.Name);
}
}
codeBuilder.AppendLine("}");
//
stbuilder.Append(codeBuilder.ToString());
}
public static void AddComment(Token[] lineTokens, CodeStringBuilder builder)
{
if (lineTokens == null)
{
return;
}
//
StringBuilder stbuilder = new StringBuilder();
int j = lineTokens.Length;
int lastLine = j - 1;
stbuilder.Append("/// <summary>\r\n");
for (int i = 0; i < j; ++i)
{
//for cef, special care for first and last line
string lineContent = lineTokens[i].Content;
if (i == 0 || i == lastLine)
{
if (lineContent.StartsWith("///"))
{
if (lineContent.Substring(3).Trim() == "")
{
continue; //skip this first and last line comment
}
else
{
stbuilder.AppendLine(lineContent);
}
}
else
{
stbuilder.AppendLine("/" + lineContent);
}
}
else
{
if (!lineContent.StartsWith("///"))
{
if (lineContent.StartsWith("//"))
{
//append one /
stbuilder.AppendLine("/" + lineTokens[i].Content);
continue;
}
}
}
}
stbuilder.Append("/// </summary>\r\n");
builder.Append(stbuilder.ToString());
}
void GenerateCppImplMethodDeclarationForNs(MethodPlan met, CodeStringBuilder stbuilder)
{
CodeMethodDeclaration metDecl = met.metDecl;
stbuilder.AppendLine("//CefHandlerTx::GenerateCppImplMethodDeclarationForNs ," + (++codeGenNum));
stbuilder.AppendLine("//gen! " + metDecl.ToString());
//---------------------------
//temp
switch (metDecl.ReturnType.ToString())
{
case "FilterStatus":
stbuilder.Append(metDecl.ReturnType.ResolvedType + " " + metDecl.Name + "(");
break;
case "ReturnValue":
string ownerType = met.metDecl.OwnerTypeDecl.Name;
stbuilder.Append(ownerType + "::" + metDecl.ReturnType + " " + metDecl.Name + "(");
break;
default:
stbuilder.Append(metDecl.ReturnType + " " + metDecl.Name + "(");
break;
}
List <CodeMethodParameter> pars = metDecl.Parameters;
//first par is managed callback
stbuilder.Append("managed_callback mcallback");
int j = pars.Count;
for (int i = 0; i < j; ++i)
{
stbuilder.Append(",");
CodeMethodParameter par = pars[i];
if (par.IsConstPar)
{
stbuilder.Append("const ");
}
//parameter type
stbuilder.Append(par.ParameterType.ResolvedType.FullName + " ");
stbuilder.Append(par.ParameterName);
}
stbuilder.AppendLine(");");
}
public override void GenerateCode(CefCodeGenOutput output)
{
CodeTypeDeclaration orgDecl = this.OriginalDecl;
CodeTypeDeclaration implTypeDecl = this.ImplTypeDecl;
GenerateCppCode(output._cppCode);
GenerateCsCode(output._csCode);
//-----------------------------------------------------------
string namespaceName = orgDecl.Name + "Ext";
CodeStringBuilder const_methodNames = new CodeStringBuilder();
CppToCsMethodArgsClassGen cppMetArgClassGen = new CppToCsMethodArgsClassGen();
//
CodeStringBuilder cppArgClassStBuilder = new CodeStringBuilder();
cppArgClassStBuilder.AppendLine("namespace " + orgDecl.Name + "Ext{");
int j = _typePlan.methods.Count;
for (int i = 0; i < j; ++i)
{
MethodPlan met = _typePlan.methods[i];
cppMetArgClassGen.GenerateCppMethodArgsClass(met, cppArgClassStBuilder);
const_methodNames.AppendLine("const int " + namespaceName + "_" + met.Name + "_" + (i + 1) + "=" + (i + 1) + ";");
}
cppArgClassStBuilder.AppendLine("}");
//----------------------------------------------
output._cppHeaderExportFuncAuto.Append(cppArgClassStBuilder.ToString());
//----------------------------------------------
//InternalHeaderForExportFunc.h
CodeStringBuilder internalHeader = output._cppHeaderInternalForExportFuncAuto;
internalHeader.AppendLine("namespace " + namespaceName);
internalHeader.AppendLine("{");
internalHeader.AppendLine("const int _typeName=" + "CefTypeName_" + orgDecl.Name + ";");
internalHeader.AppendLine(const_methodNames.ToString());
internalHeader.AppendLine("}");
//----------------------------------------------
}
void GenerateCsCode(CodeStringBuilder stbuilder)
{
CodeTypeDeclaration orgDecl = this.OriginalDecl;
CodeTypeDeclaration implTypeDecl = this.ImplTypeDecl;
CodeGenUtils.AddComments(orgDecl, implTypeDecl);
CsCallToNativeCodeGen callToNativeCs = new CsCallToNativeCodeGen();
callToNativeCs.GenerateCsCode(this, orgDecl, implTypeDecl, true, staticMethods, stbuilder, ss =>
{
if (cpp_callToDotNetMets != null)
{
CsStructModuleCodeGen structModuleCodeGen = new CsStructModuleCodeGen();
structModuleCodeGen.GenerateCsStructClass(orgDecl,
cpp_callToDotNetMets,
ss, true);
}
});
//--------------------------------------------------------
}
void GenerateCppCode(CodeStringBuilder stbuilder)
{
#if DEBUG
_dbug_cpp_count++;
#endif
//
//create switch table for C#-interop
//
CodeTypeDeclaration orgDecl = this.OriginalDecl;
CodeTypeDeclaration implTypeDecl = this.ImplTypeDecl;
TypePlan typeTxInfo = implTypeDecl.Name.Contains("CppToC") ? orgDecl.TypePlan : implTypeDecl.TypePlan;
//
FindStaticMethods(orgDecl.TypePlan);
//
CppHandleCsMethodRequestCodeGen cppHandlerReqCodeGen = new CppHandleCsMethodRequestCodeGen();
cppHandlerReqCodeGen.GenerateCppCode(this, orgDecl, implTypeDecl, this.UnderlyingCType, stbuilder);
string namespaceName = orgDecl.Name + "Ext";
int j = cppHandlerReqCodeGen.callToDotNetMets.Count;
if (j > 0)
{
CodeStringBuilder const_methodNames = new CodeStringBuilder();
//check if method has duplicate name or not
//----------
Dictionary <string, MethodPlan> uniqueNames = new Dictionary <string, MethodPlan>();
foreach (MethodPlan met in cppHandlerReqCodeGen.callToDotNetMets)
{
MethodPlan existingMet;
if (uniqueNames.TryGetValue(met.Name, out existingMet))
{
string met_capi_name = FindCApiName(met.metDecl);
string met_capi_nameOfExistingMet = FindCApiName(existingMet.metDecl);
if (met_capi_nameOfExistingMet == null && met_capi_name == null)
{
throw new NotSupportedException();
}
//rename both if possible
existingMet.HasDuplicatedMethodName = true;
if (met_capi_nameOfExistingMet != null)
{
existingMet.NewOverloadName = met_capi_nameOfExistingMet;
}
else
{
existingMet.NewOverloadName = existingMet.Name;
}
//
met.HasDuplicatedMethodName = true;
if (met_capi_name != null)
{
met.NewOverloadName = met_capi_name;
}
else
{
met.NewOverloadName = met.Name;
}
}
else
{
uniqueNames.Add(met.Name, met);
}
}
//-----------------------
for (int i = 0; i < j; ++i)
{
MethodPlan met = cppHandlerReqCodeGen.callToDotNetMets[i];
if (met.HasDuplicatedMethodName)
{
const_methodNames.AppendLine("const int " + namespaceName + "_" + met.NewOverloadName + "_" + (i + 1) + "=" + (i + 1) + ";");
}
else
{
const_methodNames.AppendLine("const int " + namespaceName + "_" + met.Name + "_" + (i + 1) + "=" + (i + 1) + ";");
}
}
//--------------
CppInstanceImplCodeGen instanceImplCodeGen = new CppInstanceImplCodeGen();
instanceImplCodeGen.GenerateCppImplClass(this,
typeTxInfo,
cppHandlerReqCodeGen.callToDotNetMets,
orgDecl,
stbuilder);
cpp_callToDotNetMets = cppHandlerReqCodeGen.callToDotNetMets;
//-----------------------------------------------------------
CppToCsMethodArgsClassGen cppMetArgClassGen = new CppToCsMethodArgsClassGen();
//
CodeStringBuilder cppArgClassStBuilder = new CodeStringBuilder();
cppArgClassStBuilder.AppendLine("namespace " + namespaceName + "{");
for (int i = 0; i < j; ++i)
{
MethodPlan met = cppHandlerReqCodeGen.callToDotNetMets[i];
cppMetArgClassGen.GenerateCppMethodArgsClass(met, cppArgClassStBuilder);
}
cppArgClassStBuilder.AppendLine("}");
//----------------------------------------------
_output._cppHeaderExportFuncAuto.Append(cppArgClassStBuilder.ToString());
//----------------------------------------------
//InternalHeaderForExportFunc.h
CodeStringBuilder internalHeader = _output._cppHeaderInternalForExportFuncAuto;
internalHeader.AppendLine("namespace " + namespaceName);
internalHeader.AppendLine("{");
internalHeader.AppendLine("const int _typeName=" + "CefTypeName_" + orgDecl.Name + ";");
internalHeader.AppendLine(const_methodNames.ToString());
internalHeader.AppendLine("}");
//----------------------------------------------
}
if (staticMethods != null)
{
CppHandleCsMethodRequestCodeGen cppHandlerReqCodeGen2 = new CppHandleCsMethodRequestCodeGen();
cppHandlerReqCodeGen2.GenerateCppCodeStatic(staticMethods, orgDecl, implTypeDecl, stbuilder);
CodeStringBuilder const_methodNames = new CodeStringBuilder();
//check if method has duplicate name or not
for (int i = 0; i < j; ++i)
{
MethodPlan met = cppHandlerReqCodeGen.callToDotNetMets[i];
const_methodNames.AppendLine("const int " + namespaceName + "_" + met.Name + "_" + (i + 1) + "=" + (i + 1) + ";");
}
//create static method for cpp type
//in this version we don't create an custom impl of the class
//-----------------------------------------------------------
CppToCsMethodArgsClassGen cppMetArgClassGen = new CppToCsMethodArgsClassGen();
//
CodeStringBuilder cppArgClassStBuilder = new CodeStringBuilder();
cppArgClassStBuilder.AppendLine("namespace " + namespaceName + "{");
j = staticMethods.Count;
for (int i = 0; i < j; ++i)
{
MethodPlan met = staticMethods[i];
cppMetArgClassGen.GenerateCppMethodArgsClass(met, cppArgClassStBuilder);
}
cppArgClassStBuilder.AppendLine("}");
//----------------------------------------------
//generate cpp class
}
}
public void GenerateBridge(string cefSrcFolder)
{
string cefDir = cefSrcFolder;
List <CodeCompilationUnit> totalCuList_capi = new List <CodeCompilationUnit>();
List <CodeCompilationUnit> totalCuList = new List <CodeCompilationUnit>();
List <CodeCompilationUnit> test_cpptoc_List = new List <CodeCompilationUnit>();
//-----------------------------
{
//cpptoc folder
string libcef_dll_folder = cefDir + @"\libcef_dll";
string[] onlyCppFiles = System.IO.Directory.GetFiles(libcef_dll_folder + @"\cpptoc", "*.cc");
//we skip some files
Dictionary <string, bool> skipFiles = CreateSkipFiles(new string[] {
"base_ref_counted_cpptoc.cc",
"base_scoped_cpptoc.cc"
});
int j = onlyCppFiles.Length;
for (int i = 0; i < j; ++i)
{
if (skipFiles.ContainsKey(System.IO.Path.GetFileName(onlyCppFiles[i])))
{
continue;
}
CodeCompilationUnit cu = ParseCppFile(onlyCppFiles[i]);
test_cpptoc_List.Add(cu);
//
CppToCsImplCodeGen cppToCsImplCodeGen = new CppToCsImplCodeGen();
string onlyFileName = System.IO.Path.GetFileName(cu.Filename);
if (onlyFileName == "v8interceptor_cpptoc.cc")
{
continue;
}
//cppToCsImplCodeGen.PatchCppMethod(cu, cefDir + @"\libcef_dll\cpptoc\" + onlyFileName, cefDir + @"\cpptoc");
cppToCsImplCodeGen.PatchCppMethod(cu, null, libcef_dll_folder + @"\cpptoc");
}
}
//-----------------------------
//-----------------------------
{
//cef capi
string[] onlyHeaderFiles = System.IO.Directory.GetFiles(cefDir + @"\include\capi", "*.h");
Dictionary <string, bool> skipFiles = CreateSkipFiles(new string[0]);
int j = onlyHeaderFiles.Length;
for (int i = 0; i < j; ++i)
{
if (skipFiles.ContainsKey(System.IO.Path.GetFileName(onlyHeaderFiles[i])))
{
continue;
}
CodeCompilationUnit cu = Parse(onlyHeaderFiles[i]);
totalCuList_capi.Add(cu);
}
}
{
//cef capi/views
string[] onlyHeaderFiles = System.IO.Directory.GetFiles(cefDir + @"\include\capi\views", "*.h");
Dictionary <string, bool> skipFiles = CreateSkipFiles(new string[0]);
int j = onlyHeaderFiles.Length;
for (int i = 0; i < j; ++i)
{
if (skipFiles.ContainsKey(System.IO.Path.GetFileName(onlyHeaderFiles[i])))
{
continue;
}
CodeCompilationUnit cu = Parse(onlyHeaderFiles[i]);
totalCuList_capi.Add(cu);
}
}
{
//include/internal
totalCuList.Add(Parse(cefDir + @"\include\internal\cef_types.h"));
totalCuList.Add(Parse(cefDir + @"\include\internal\cef_types_wrappers.h"));
totalCuList.Add(Parse(cefDir + @"\include\internal\cef_win.h")); //for windows
}
{
//include folder
string[] onlyHeaderFiles = System.IO.Directory.GetFiles(cefDir + @"\include\", "*.h");
Dictionary <string, bool> skipFiles = CreateSkipFiles(new string[0]);
int j = onlyHeaderFiles.Length;
for (int i = 0; i < j; ++i)
{
if (skipFiles.ContainsKey(System.IO.Path.GetFileName(onlyHeaderFiles[i])))
{
continue;
}
CodeCompilationUnit cu = Parse(onlyHeaderFiles[i]);
totalCuList.Add(cu);
}
}
//c to cpp
{
string[] onlyHeaderFiles = System.IO.Directory.GetFiles(cefDir + @"\libcef_dll\ctocpp", "*.h");
Dictionary <string, bool> skipFiles = CreateSkipFiles(new string[0]);
int j = onlyHeaderFiles.Length;
for (int i = 0; i < j; ++i)
{
if (skipFiles.ContainsKey(System.IO.Path.GetFileName(onlyHeaderFiles[i])))
{
continue;
}
CodeCompilationUnit cu = Parse(onlyHeaderFiles[i]);
totalCuList.Add(cu);
}
}
//cpp to c
{
string[] onlyHeaderFiles = System.IO.Directory.GetFiles(cefDir + @"\libcef_dll\cpptoc", "*.h");
Dictionary <string, bool> skipFiles = CreateSkipFiles(new string[0]);
int j = onlyHeaderFiles.Length;
for (int i = 0; i < j; ++i)
{
if (skipFiles.ContainsKey(System.IO.Path.GetFileName(onlyHeaderFiles[i])))
{
continue;
}
CodeCompilationUnit cu = Parse(onlyHeaderFiles[i]);
totalCuList.Add(cu);
}
}
//
CefTypeCollection cefTypeCollection = new CefTypeCollection();
cefTypeCollection.RootFolder = cefDir;
cefTypeCollection.SetTypeSystem(totalCuList);
//
TypeTranformPlanner txPlanner = new TypeTranformPlanner();
txPlanner.CefTypeCollection = cefTypeCollection;
Dictionary <string, CefTypeTx> allTxPlans = new Dictionary <string, CefTypeTx>();
List <CefHandlerTx> handlerPlans = new List <CefHandlerTx>();
List <CefCallbackTx> callbackPlans = new List <CefCallbackTx>();
List <CefInstanceElementTx> instanceClassPlans = new List <CefInstanceElementTx>();
List <CefEnumTx> enumTxPlans = new List <CefEnumTx>();
List <CefCStructTx> cstructPlans = new List <CefCStructTx>();
//--
//--
int typeName = 1;
List <TypePlan> typeTxInfoList = new List <TypePlan>();
foreach (CodeTypeDeclaration typedecl in cefTypeCollection._v_instanceClasses)
{
//eg. CefApp, CefBrowser, CefCommandLine, CefFrame
CefInstanceElementTx instanceClassPlan = new CefInstanceElementTx(typedecl);
instanceClassPlans.Add(instanceClassPlan);
allTxPlans.Add(typedecl.Name, instanceClassPlan);
TypePlan typeTxPlan = txPlanner.MakeTransformPlan(typedecl);
instanceClassPlan.CsInterOpTypeNameId = typeTxPlan.CsInterOpTypeNameId = typeName++;
typedecl.TypePlan = typeTxPlan;
typeTxInfoList.Add(typeTxPlan);
}
foreach (CodeTypeDeclaration typedecl in cefTypeCollection._v_handlerClasses)
{
//eg. CefDisplayHandler, CefDownloadHandler
CefHandlerTx handlerPlan = new CefHandlerTx(typedecl);
handlerPlans.Add(handlerPlan);
allTxPlans.Add(typedecl.Name, handlerPlan);
TypePlan typeTxPlan = txPlanner.MakeTransformPlan(typedecl);
handlerPlan.CsInterOpTypeNameId = typeTxPlan.CsInterOpTypeNameId = typeName++;
typedecl.TypePlan = typeTxPlan;
typeTxInfoList.Add(typeTxPlan);
}
foreach (CodeTypeDeclaration typedecl in cefTypeCollection._v_callBackClasses)
{
//eg. CefAuthenCallback, CefPdfCallback
CefCallbackTx callbackPlan = new CefCallbackTx(typedecl);
callbackPlans.Add(callbackPlan);
allTxPlans.Add(typedecl.Name, callbackPlan);
////
TypePlan typeTxPlan = txPlanner.MakeTransformPlan(typedecl);
callbackPlan.CsInterOpTypeNameId = typeTxPlan.CsInterOpTypeNameId = typeName++;
typedecl.TypePlan = typeTxPlan;
typeTxInfoList.Add(typeTxPlan);
}
//
foreach (CodeTypeDeclaration typedecl in cefTypeCollection._enumClasses)
{
CefEnumTx enumTxPlan = new CefEnumTx(typedecl);
enumTxPlans.Add(enumTxPlan);
allTxPlans.Add(typedecl.Name, enumTxPlan);
TypePlan typeTxPlan = txPlanner.MakeTransformPlan(typedecl);
enumTxPlan.CsInterOpTypeNameId = typeTxPlan.CsInterOpTypeNameId = typeName++;
typedecl.TypePlan = typeTxPlan;
}
List <CodeTypeDeclaration> notFoundAbstractClasses = new List <CodeTypeDeclaration>();
foreach (CodeTypeDeclaration typedecl in cefTypeCollection.cToCppClasses)
{
TypePlan typeTxPlan = txPlanner.MakeTransformPlan(typedecl);
typeTxPlan.CsInterOpTypeNameId = typeName++;
typedecl.TypePlan = typeTxPlan;
//cef -specific
TemplateTypeSymbol3 baseType0 = (TemplateTypeSymbol3)typedecl.BaseTypes[0].ResolvedType;
//add information to our model
SimpleTypeSymbol abstractType = (SimpleTypeSymbol)baseType0.Item1;
SimpleTypeSymbol underlying_c_type = (SimpleTypeSymbol)baseType0.Item2;
CefTypeTx found;
if (!allTxPlans.TryGetValue(abstractType.Name, out found))
{
notFoundAbstractClasses.Add(typedecl);
continue;
}
found.UnderlyingCType = underlying_c_type;
found.ImplTypeDecl = typedecl;
abstractType.CefTxPlan = found;
////[chrome] cpp<-to<-c <--- ::::: <--- c-interface-to[external - user - lib] ....
}
foreach (CodeTypeDeclaration typedecl in cefTypeCollection.cppToCClasses)
{
//callback, handle, visitor etc
TypePlan typeTxPlan = txPlanner.MakeTransformPlan(typedecl);
typeTxPlan.CsInterOpTypeNameId = typeName++;
typedecl.TypePlan = typeTxPlan;
//cef -specific
TemplateTypeSymbol3 baseType0 = (TemplateTypeSymbol3)typedecl.BaseTypes[0].ResolvedType;
SimpleTypeSymbol abstractType = (SimpleTypeSymbol)baseType0.Item1;
SimpleTypeSymbol underlying_c_type = (SimpleTypeSymbol)baseType0.Item2;
CefTypeTx found;
if (!allTxPlans.TryGetValue(abstractType.Name, out found))
{
notFoundAbstractClasses.Add(typedecl);
continue;
}
found.UnderlyingCType = underlying_c_type;
found.ImplTypeDecl = typedecl;
abstractType.CefTxPlan = found;
////[chrome] cpp->to->c ---> ::::: ---> c-interface-to [external-user-lib] ....
////eg. handlers and callbacks
}
//--------
foreach (CodeTypeDeclaration typedecl in cefTypeCollection._plainCStructs)
{
//create raw type
if (!typedecl.Name.EndsWith("Traits") &&
typedecl.Name.StartsWith("_"))
{
//
CefCStructTx cstructTx = new CefCStructTx(typedecl);
cstructPlans.Add(cstructTx);
TypePlan typeTxPlan = txPlanner.MakeTransformPlan(typedecl);
cstructTx.CsInterOpTypeNameId = typeTxPlan.CsInterOpTypeNameId = typeName++;
typedecl.TypePlan = typeTxPlan;
//
typeTxInfoList.Add(typeTxPlan);
}
else
{
}
}
//--------
//code gen
List <CefTypeTx> customImplClasses = new List <CefTypeTx>();
StringBuilder cppCodeStBuilder = new StringBuilder();
AddCppBuiltInBeginCode(cppCodeStBuilder);
CodeStringBuilder cppHeaderInternalForExportFunc = new CodeStringBuilder();
cppHeaderInternalForExportFunc.AppendLine(
"//MIT, 2017, WinterDev\r\n" +
"//AUTOGEN");
foreach (TypePlan txinfo in typeTxInfoList)
{
cppHeaderInternalForExportFunc.AppendLine("const int CefTypeName_" + txinfo.TypeDecl.Name + " = " + txinfo.CsInterOpTypeNameId.ToString() + ";");
}
StringBuilder csCodeStBuilder = new StringBuilder();
AddCsCodeHeader(csCodeStBuilder);
CefCodeGenOutput codeGenOutput = null;
foreach (CefTypeTx tx in enumTxPlans)
{
codeGenOutput = new CefCodeGenOutput();
tx.GenerateCode(codeGenOutput);
//get cs output
csCodeStBuilder.Append(codeGenOutput._csCode.ToString());
}
csCodeStBuilder.Append("}"); //close namespace
//save to file
System.IO.File.WriteAllText("CefEnums.cs", csCodeStBuilder.ToString());
//-------------------------
CodeStringBuilder cppHeaderExportFuncAuto = new CodeStringBuilder();
cppHeaderExportFuncAuto.AppendLine("//AUTOGEN");
//-------------------------
//cef instance is quite large
//so we spit the code gen into 2 sections
int instance_count = instanceClassPlans.Count;
int mid = instance_count / 2;
{
//1st part
csCodeStBuilder = new StringBuilder();
AddCsCodeHeader(csCodeStBuilder);
//-------------------------
for (int cc = 0; cc < mid; ++cc)
{
CefInstanceElementTx tx = instanceClassPlans[cc];
codeGenOutput = new CefCodeGenOutput();
tx.GenerateCode(codeGenOutput);
//----------------------------------------------------
cppCodeStBuilder.AppendLine();
cppCodeStBuilder.AppendLine("// " + tx.OriginalDecl.ToString());
cppCodeStBuilder.Append(codeGenOutput._cppCode.ToString());
cppCodeStBuilder.AppendLine();
//----------------------------------------------------
csCodeStBuilder.AppendLine();
csCodeStBuilder.AppendLine("// " + tx.OriginalDecl.ToString());
csCodeStBuilder.Append(codeGenOutput._csCode.ToString());
csCodeStBuilder.AppendLine();
//--------------------------------------------
cppHeaderExportFuncAuto.Append(codeGenOutput._cppHeaderExportFuncAuto.ToString());
cppHeaderInternalForExportFunc.Append(codeGenOutput._cppHeaderInternalForExportFuncAuto.ToString());
//----------
if (tx.CppImplClassNameId > 0)
{
customImplClasses.Add(tx);
}
}
csCodeStBuilder.Append("}");
//save to file
System.IO.File.WriteAllText("CefInstances_P1.cs", csCodeStBuilder.ToString());
//-------------------------
}
{
//2nd part
//1st part
csCodeStBuilder = new StringBuilder();
AddCsCodeHeader(csCodeStBuilder);
for (int cc = mid; cc < instance_count; ++cc)
{
CefInstanceElementTx tx = instanceClassPlans[cc];
codeGenOutput = new CefCodeGenOutput();
tx.GenerateCode(codeGenOutput);
//----------------------------------------------------
cppCodeStBuilder.AppendLine();
cppCodeStBuilder.AppendLine("// " + tx.OriginalDecl.ToString());
cppCodeStBuilder.Append(codeGenOutput._cppCode.ToString());
cppCodeStBuilder.AppendLine();
//----------------------------------------------------
csCodeStBuilder.AppendLine();
csCodeStBuilder.AppendLine("// " + tx.OriginalDecl.ToString());
csCodeStBuilder.Append(codeGenOutput._csCode.ToString());
csCodeStBuilder.AppendLine();
//--------------------------------------------
cppHeaderExportFuncAuto.Append(codeGenOutput._cppHeaderExportFuncAuto.ToString());
cppHeaderInternalForExportFunc.Append(codeGenOutput._cppHeaderInternalForExportFuncAuto.ToString());
//----------
if (tx.CppImplClassNameId > 0)
{
customImplClasses.Add(tx);
}
}
csCodeStBuilder.Append("}");
//save to file
System.IO.File.WriteAllText("CefInstances_P2.cs", csCodeStBuilder.ToString());
//-------------------------
}
csCodeStBuilder = new StringBuilder();
AddCsCodeHeader(csCodeStBuilder);
foreach (CefCallbackTx tx in callbackPlans)
{
codeGenOutput = new CefCodeGenOutput();
tx.GenerateCode(codeGenOutput);
cppCodeStBuilder.Append(codeGenOutput._cppCode.ToString());
csCodeStBuilder.Append(codeGenOutput._csCode.ToString());
//----------
cppHeaderExportFuncAuto.Append(codeGenOutput._cppHeaderExportFuncAuto.ToString());
cppHeaderInternalForExportFunc.Append(codeGenOutput._cppHeaderInternalForExportFuncAuto.ToString());
//----------
if (tx.CppImplClassNameId > 0)
{
customImplClasses.Add(tx);
}
}
csCodeStBuilder.Append("}");
//save to file
System.IO.File.WriteAllText("CefCallbacks.cs", csCodeStBuilder.ToString());
//-------------------------
csCodeStBuilder = new StringBuilder();
AddCsCodeHeader(csCodeStBuilder);
foreach (CefHandlerTx tx in handlerPlans)
{
codeGenOutput = new CefCodeGenOutput();
tx.GenerateCode(codeGenOutput);
cppCodeStBuilder.Append(codeGenOutput._cppCode.ToString());
csCodeStBuilder.Append(codeGenOutput._csCode.ToString());
//----------
cppHeaderExportFuncAuto.Append(codeGenOutput._cppHeaderExportFuncAuto.ToString());
cppHeaderInternalForExportFunc.Append(codeGenOutput._cppHeaderInternalForExportFuncAuto.ToString());
//----------
}
csCodeStBuilder.Append("}");
//save to file
System.IO.File.WriteAllText("CefHandlers.cs", csCodeStBuilder.ToString());
//-------------------------
csCodeStBuilder = new StringBuilder();
AddCsCodeHeader(csCodeStBuilder);
foreach (CefCStructTx tx in cstructPlans)
{
codeGenOutput = new CefCodeGenOutput();
tx.GenerateCode(codeGenOutput);
csCodeStBuilder.Append(codeGenOutput._csCode.ToString());
}
csCodeStBuilder.Append("}");
//save to file
System.IO.File.WriteAllText("CefPlainCStructs.cs", csCodeStBuilder.ToString());
//-------------------------
csCodeStBuilder = new StringBuilder();
AddCsCodeHeader(csCodeStBuilder);
CsNativeHandlerSwitchTableCodeGen csNativeHandlerSwitchTableCodeGen = new CsNativeHandlerSwitchTableCodeGen();
csNativeHandlerSwitchTableCodeGen.GenerateCefNativeRequestHandlers(handlerPlans, csCodeStBuilder);
//cs...
csCodeStBuilder.AppendLine("}");
System.IO.File.WriteAllText("CefApiSwitchTables.cs", csCodeStBuilder.ToString());
//--------
//cpp
CppSwicthTableCodeGen cppSwitchTableCodeGen = new CppSwicthTableCodeGen();
cppSwitchTableCodeGen.CreateCppSwitchTableForInstanceMethods(cppCodeStBuilder, instanceClassPlans);
cppSwitchTableCodeGen.CreateCppSwitchTableForStaticMethods(cppCodeStBuilder, instanceClassPlans);
//
CppInstanceMethodCodeGen instanceMetCodeGen = new CppInstanceMethodCodeGen();
instanceMetCodeGen.CreateCppNewInstanceMethod(cppCodeStBuilder, customImplClasses);
//--------
cppCodeStBuilder.AppendLine("/////////////////////////////////////////////////");
//
}
void GenerateCsCode(CefCodeGenOutput output)
{
CodeStringBuilder csCode = new CodeStringBuilder();
CodeTypeDeclaration typedecl = this.OriginalDecl;
//-------
csCode.AppendLine("//CefCStructTx::GenerateCsCode, " + (++codeNum));
//-------
csCode.AppendLine("[StructLayout(LayoutKind.Sequential)]");
csCode.AppendLine("struct " + typedecl.Name + "{");
int i = 0;
foreach (CodeMemberDeclaration mb in typedecl.GetMemberIter())
{
if (mb.MemberKind == CodeMemberKind.Field)
{
//-------
csCode.AppendLine("//CefCStructTx::GenerateCsCode-Field, " + (++codeNum));
//-------
CodeFieldDeclaration fieldDecl = (CodeFieldDeclaration)mb;
//
AddComment(fieldDecl.LineComments, csCode);
//
string fieldTypeName = fieldDecl.FieldType.ToString();
//field type
switch (fieldTypeName)
{
default:
{
if (fieldTypeName.EndsWith("_t"))
{
csCode.Append("public " + fieldTypeName);
}
else
{
throw new NotSupportedException();
}
}
break;
case "void*":
csCode.Append("public IntPtr");
break;
case "int":
case "float":
case "double":
csCode.Append("public " + fieldTypeName);
break;
case "cef_string_t":
csCode.Append("public _cef_string_utf16_t");
break;
case "size_t":
csCode.Append("public int");
break;
case "uint32":
csCode.Append("public uint");
break;
case "char16":
csCode.Append("public char");
break;
}
csCode.AppendLine(" " + fieldDecl.Name + ";");
}
i++;
}
csCode.AppendLine("}");
//
output._csCode.Append(csCode.ToString());
}
void GenerateCppCode(CodeStringBuilder stbuilder)
{
#if DEBUG
_dbug_cpp_count++;
#endif
//
//create switch table for C#-interop
//
CodeTypeDeclaration orgDecl = this.OriginalDecl;
CodeTypeDeclaration implTypeDecl = this.ImplTypeDecl;
_typePlan = orgDecl.TypePlan;
//-----------------------------------------------------------------------
List <MethodPlan> onEventMethods = new List <MethodPlan>();
int j = _typePlan.methods.Count;
int maxPar = 0;
for (int i = 0; i < j; ++i)
{
MethodPlan metTx = _typePlan.methods[i];
if (metTx.metDecl.IsVirtual)
{
//this method need a callback to .net side (.net-side event listener)
if (metTx.metDecl.Name.StartsWith("On"))
{
onEventMethods.Add(metTx);
}
}
metTx.CppMethodSwitchCaseName = orgDecl.Name + "_" + metTx.Name + "_" + (i + 1);
if (metTx.pars.Count > maxPar)
{
maxPar = metTx.pars.Count;
}
}
MaxMethodParCount = maxPar;
//----------
CppHandleCsMethodRequestCodeGen cppHandleCsMetCodeGen2 = new CppHandleCsMethodRequestCodeGen();
cppHandleCsMetCodeGen2.PrepareInstanceCallFromCppToCsMethodName(
this,
orgDecl,
ImplTypeDecl,
this.UnderlyingCType);
//
cppHandleCsMetCodeGen2.GenerateCppCode(
this,
orgDecl,
ImplTypeDecl,
this.UnderlyingCType,
stbuilder
);
//----------
if (onEventMethods.Count > 0)
{
//the callback need some method to call to C# side
var eventListenerCodeGen = new CppEventListenerInstanceImplCodeGen();
eventListenerCodeGen.GenerateCppImplClass(
this,
_typePlan,
orgDecl,
onEventMethods,
stbuilder);
}
}
public override void GenerateCode(CefCodeGenOutput output)
{
_cppHeaderExportFuncAuto = output._cppHeaderExportFuncAuto;
_cppHeaderInternalForExportFuncAuto = output._cppHeaderInternalForExportFuncAuto;
//cpp
CodeTypeDeclaration orgDecl = this.OriginalDecl;
CodeTypeDeclaration implTypeDecl = this.ImplTypeDecl;
CodeStringBuilder totalTypeMethod = new CodeStringBuilder();
if (implTypeDecl.Name.Contains("CppToC"))
{
_typePlan = orgDecl.TypePlan;
}
else
{
_typePlan = implTypeDecl.TypePlan;
}
//-----------------------------------------------------------------------
List <MethodPlan> callToDotNetMets = new List <MethodPlan>();
CodeStringBuilder const_methodNames = new CodeStringBuilder();
int maxPar = 0;
int j = _typePlan.methods.Count;
for (int i = 0; i < j; ++i)
{
MethodPlan metTx = _typePlan.methods[i];
metTx.CppMethodSwitchCaseName = orgDecl.Name + "_" + metTx.Name + "_" + (i + 1);
//-----------------
CodeMethodDeclaration codeMethodDecl = metTx.metDecl;
if (codeMethodDecl.IsAbstract || codeMethodDecl.IsVirtual)
{
callToDotNetMets.Add(metTx);
}
//-----------------
if (metTx.pars.Count > maxPar)
{
maxPar = metTx.pars.Count;
}
const_methodNames.AppendLine("const int " + metTx.CppMethodSwitchCaseName + "=" + (i + 1) + ";");
}
totalTypeMethod.AppendLine(const_methodNames.ToString());
//-----------------------------------------------------------------------
if (callToDotNetMets.Count > 0)
{
GenerateCppImplNamespace(orgDecl, callToDotNetMets, output._cppCode);
}
//-----------------------------------------------------------------------
//C# part
CsStructModuleCodeGen structModuleCodeGen = new CsStructModuleCodeGen();
if (callToDotNetMets.Count > 0)
{
structModuleCodeGen.GenerateCsStructClass(orgDecl, callToDotNetMets, output._csCode, false);
}
//back to cpp again...
CppToCsMethodArgsClassGen cppMetArgClassGen = new CppToCsMethodArgsClassGen();
//------------------------------------------------------------------
CodeStringBuilder cppArgClassStBuilder = new CodeStringBuilder();
cppArgClassStBuilder.AppendLine("namespace " + orgDecl.Name + "Ext{");
for (int i = 0; i < j; ++i)
{
MethodPlan met = _typePlan.methods[i];
cppMetArgClassGen.GenerateCppMethodArgsClass(met, cppArgClassStBuilder);
}
cppArgClassStBuilder.AppendLine("}");
_cppHeaderExportFuncAuto.Append(cppArgClassStBuilder.ToString());
//------------------------------------------------------------------
}
void GenerateCppImplMethodForNs(MethodPlan met, CodeStringBuilder stbuilder)
{
CodeMethodDeclaration metDecl = met.metDecl;
stbuilder.AppendLine("//CefHandlerTx::GenerateCppImplMethodForNs ," + (++codeGenNum));
stbuilder.AppendLine("//gen! " + metDecl.ToString());
//---------------------------
//temp
if (metDecl.ReturnType.ToString() == "FilterStatus")
{
stbuilder.Append(metDecl.ReturnType.ResolvedType + " " + metDecl.Name + "(");
}
else if (metDecl.ReturnType.ToString() == "ReturnValue")
{
string ownerName = metDecl.OwnerTypeDecl.Name;
stbuilder.Append(ownerName + "::" + metDecl.ReturnType + " " + metDecl.Name + "(");
}
else
{
stbuilder.Append(metDecl.ReturnType + " " + metDecl.Name + "(");
}
List <CodeMethodParameter> pars = metDecl.Parameters;
int j = pars.Count;
//transfer data slot
bool hasSomeOutVars = false;
CppTempParameterSlot[] dataTransferSlots = new CppTempParameterSlot[j];
for (int i = 0; i < j; ++i)
{
CppTempParameterSlot transferSlot = new CppTempParameterSlot();
CodeMethodParameter par = pars[i];
transferSlot.par = pars[i];
dataTransferSlots[i] = transferSlot;
//
//
string parTypeName = par.ParameterType.ToString();
if (parTypeName == "CefRefPtr<CefV8Value>&")
{
if (!par.IsConstPar)
{
transferSlot.newVarName = "temp_" + i;
transferSlot.preStmt = "auto " + transferSlot.newVarName + "=" + "CefV8ValueCToCpp::Unwrap(" + transferSlot.par.ParameterName + ");";
transferSlot.postStmt = transferSlot.par.ParameterName + "= CefV8ValueCToCpp::Wrap(" + transferSlot.newVarName + ");";
transferSlot.isCppOutVar = true;
hasSomeOutVars = true;
}
}
else if (parTypeName == "CefString&")
{
if (!par.IsConstPar)
{
transferSlot.newVarName = "temp_" + i;
transferSlot.preStmt = "auto " + transferSlot.newVarName + "=" + transferSlot.par.ParameterName + ";";
transferSlot.postStmt = transferSlot.par.ParameterName + "=" + transferSlot.newVarName + ";";
transferSlot.isCppOutVar = true;
hasSomeOutVars = true;
}
}
}
//first par is managed callback
stbuilder.Append("managed_callback mcallback");
for (int i = 0; i < j; ++i)
{
stbuilder.Append(",");
CodeMethodParameter par = pars[i];
if (par.IsConstPar)
{
stbuilder.Append("const ");
}
//parameter type
stbuilder.Append(par.ParameterType.ResolvedType.FullName + " ");
stbuilder.Append(par.ParameterName);
}
stbuilder.AppendLine("){");
//-----------
for (int i = 0; i < j; ++i)
{
MethodParameter parTx = met.pars[i];
parTx.ClearExtractCode();
PrepareDataFromNativeToCs(parTx, "&vargs[" + (i + 1) + "]", parTx.Name, true);
}
//method body
//-----------------------------
//use native C data slot
stbuilder.AppendLine("if(mcallback){");
//'out' vars
if (hasSomeOutVars)
{
//temp,
for (int i = 0; i < j; ++i)
{
CppTempParameterSlot transferSlot = dataTransferSlots[i];
if (transferSlot.isCppOutVar)
{
stbuilder.AppendLine(transferSlot.preStmt);
}
}
}
//-----------------------------
//
string metArgsClassName = metDecl.Name + "Args";
stbuilder.Append(metArgsClassName + " args1");
//with ctors
if (j == 0)
{
stbuilder.AppendLine(";");
}
else
{
stbuilder.Append("(");
for (int i = 0; i < j; ++i)
{
if (i > 0)
{
stbuilder.Append(",");
}
//
MethodParameter par = met.pars[i];
CppTempParameterSlot transferSlot = dataTransferSlots[i];
if (transferSlot.isCppOutVar)
{
stbuilder.Append("&" + transferSlot.newVarName);
}
else
{
//temp
string parType = par.TypeSymbol.ToString();
if (parType.EndsWith("&"))
{
stbuilder.Append("&");
}
stbuilder.Append(par.Name);
}
}
stbuilder.AppendLine(");");
}
stbuilder.AppendLine("mcallback( (_typeName << 16) | " + met.CppMethodSwitchCaseName + ",&args1.arg);");
//------
//'out' vars
if (hasSomeOutVars)
{
//temp,
for (int i = 0; i < j; ++i)
{
CppTempParameterSlot transferSlot = dataTransferSlots[i];
if (transferSlot.isCppOutVar)
{
stbuilder.AppendLine(transferSlot.postStmt);
}
}
}
//temp fix, arg extract code
if (!met.ReturnPlan.IsVoid)
{
stbuilder.AppendLine("return args1.arg.myext_ret_value;");
}
stbuilder.AppendLine("}");
//-------------------
//default return if no managed callback
if (!met.ReturnPlan.IsVoid)
{
string retTypeName = metDecl.ReturnType.ToString();
if (retTypeName.StartsWith("CefRefPtr<"))
{
stbuilder.Append("return nullptr;");
}
else
{
switch (metDecl.ReturnType.ToString())
{
case "bool":
stbuilder.Append("return false;");
break;
case "FilterStatus": //TODO: revisit here
stbuilder.Append("return (FilterStatus)0;");
break;
case "ReturnValue":
{
string ownerName = metDecl.OwnerTypeDecl.Name;
stbuilder.Append("return (" + ownerName + "::ReturnValue)0;");
}
break;
case "CefSize":
stbuilder.Append("return CefSize();");
break;
case "size_t":
stbuilder.Append("return 0;");
break;
case "int":
stbuilder.Append("return 0;");
break;
case "int64":
stbuilder.Append("return 0;");
break;
default:
throw new NotSupportedException();
}
}
}
stbuilder.AppendLine("}"); //method
}