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path: root/src/convert/render.cpp
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/*
 */
#include "../common.hpp"
#include "../ast/ast.hpp"
#include <iostream>

typedef ::std::vector< ::std::pair< ::std::string, TypeRef> >	item_vec_t;

void Render_Type(::std::ostream& os, const TypeRef& type, const char *name)
{
    /*
    switch(type.class())
    {
    case TYPECLASS_STRUCT:
        os << "struct " << type.struct().mangled_name() << " " << name;
        break;
    }
    */
}

void Render_CStruct(::std::ostream& os, const AST::CStruct& str)
{
    os << "struct " << str.name() << "{\n";
    //for(auto& f : str.fields())
    //{
    //    os << "\t";
    //    Render_Type(os, f.data, f.name.c_str());
    //    os << ";\n";
    //}
    os << "}\n";
}

void Render_Crate(::std::ostream& os, const AST::Flat& crate)
{
    // First off, print forward declarations of all structs + enums
    for(const auto& s : crate.structs())
        os << "struct " << s.mangled_name() << ";\n";

    //for(const auto& item : crate.functions())
    //{
    //    const auto& name = item.first;
    //    const auto& fcn = item.second;
    //    Render_Type(os, fcn.rettype(), nullptr);
    //    os << " " << name << "(";
    //    //bool is_first = true;
    //    //for(const auto& f : fcn.args())
    //    //{
    //    //    if( !is_first )
    //    //        os << ", ";
    //    //    is_first = false;
    //    //    // TODO: handle pattern
    //    //    //Render_Type(os, f.second, f.first.c_str());
    //    //}
    //    os << ")\n{\n";
    //    // Dump expression AST
    //    os << "}\n";
    //}
}