Method linkCppAot

src/ast/ast_simulate.cpp:4153–4193

    }

    void Program::linkCppAot ( Context & context, AotLibrary & aotLib, TextWriter & logs ) {
        bool logIt = options.getBoolOption("log_aot",false);
        // make list of functions
        vector<Function *> fnn; fnn.reserve(totalFunctions);
        das_hash_map<int,Function *> indexToFunction;
        for (auto & pm : library.modules) {
            pm->functions.foreach([&](auto pfun){
                if (pfun->index < 0 || !pfun->used || pfun->isTemplate)
                    return;
                fnn.push_back(pfun);
                indexToFunction[pfun->index] = pfun;
            });
        }
        for ( int fni=0, fnis=context.totalFunctions; fni!=fnis; ++fni ) {
            if ( !fnn[fni]->noAot ) {
                SimFunction & fn = context.functions[fni];
                fnn[fni]->hash = getFunctionHash(fnn[fni], fn.code, &context);
            }
        }
        for ( int fni=0, fnis=context.totalFunctions; fni!=fnis; ++fni ) {
            if ( !fnn[fni]->noAot ) {
                SimFunction & fn = context.functions[fni];
                uint64_t semHash = getFunctionAotHash(fnn[fni]);
                auto it = aotLib.find(semHash);
                if ( it != aotLib.end() ) {
                    fn.code = (it->second)(context);
                    fn.aot = true;
                    if ( logIt ) logs << fn.mangledName << " AOT=0x" << HEX << semHash << DEC << "\n";
                    auto fcb = (SimNode_CallBase *) fn.code;
                    fn.aotFunction = fcb->aotFunction;
                } else {
                    if ( logIt ) logs << "NOT FOUND " << fn.mangledName << " AOT=0x" << HEX << semHash << DEC << "\n";
                    TextWriter tp;
                    tp << "semantic hash is " << HEX << semHash << DEC << "\n";
                    tp << "// " << getAotHashComment(fnn[fni]) << "\n";
                    printSimFunction(tp, &context, indexToFunction[fni], fn.code, true);
                    linkError(string(fn.mangledName), tp.str() );
                }
            }
        }
    }
}