cpptoulangvm

Example

uclang cpptoulangvm [Cppfilepath] [UCodeLangBindingPath] [CppVMBindingPath]

Generates bindings for UCodeLang using c++ source code.

exit code is 0 if it worked else 1.

Heres our types and funcions we will like to export in our c++ file.

enum class Colors
{
    Red,
    Green,
    Blue,
}

void SomeFuncionthatTakeinColor(Colors a)
{
    //
}

The argument for the macros is the namespace inside of UCodeLang file.

namespace OurAPI
{

UCodeLangExportSymbol("YourFrameWorkNameSpace") enum class Colors
{
    Red,
    Green,
    Blue,
}


UCodeLangExportSymbol("YourFrameWorkNameSpace") void SomeFuncionthatTakeinColor(Colors a)
{
    //
}

}

next we need to add 'UCodeLangAutoLink' macros. when we add our Add_CPPCall.

UCodeLang::RunTimeLib Lib;
Lib.Init(comilerRet.OutPut);//initialize RunTimeLib useing our Compiled code.

//Adding Our PrintNumberConsole Funcion.
lib.Add_CPPCall("PrintNumberConsole", []( UCodeLang::InterpreterCPPinterface& Input)
{
	int Par0 = Input.GetParameter<int>();
    UAPI_PrintNumberConsole(Par0);
    Input.Set_Return();
},UAPI_PrintNumberConsole);

//Our UCodeLangAutoLink
UCodeLangAutoLink(Lib, OurAPI);

Lets run our UCodeLang UCodeLang command line tool.

Open your command line in your ProjectRoot.

ProjectRoot >

then run uclang and type cpptoulangvm

Then with for c++ file path
then output ucodelang file(.uc) path
then c++ output were 'UCodeLangAutoLink' macros is found

ProjectRoot > ./uclang cpptoulangvm [CppPath] [UCodeLangOut] [CppVMLinkPath]

now the UCodeLangOut will have all funcion and type boilerplate and CppVMLinkPath will have all the Add_CPPCall funcions.

and if you have your API in multiple C++ files you can use cppdirtoulangvm to search inside directories.it even automatically includes the .h/.hpp files.

UCodeDocumentation

cpptoulangvm