int main(void)
{
ScopedLogMessage msg("msg>", "msg start", "msg end");
Functors<std::string, std::string, std::string, int> functors(msg);
functors.connect("hello", [&](std::string nick, int age)
{
std::cout << "print hello, " << nick << ", R U" << age << "years old?" << std::endl;
return "print hello";
});
//functors.connect("shit", shit);
//functors.connect("world", world());
//std::cout << functors.emit("hello") << std::endl;
//std::cout << functors.emit("shit") << std::endl;
//std::cout << functors.emit("world") << std::endl;
return 0;
}
std::string tokenpaths::create_analysis(const unsigned char& toa,const std::string& target_language){
std::map<std::string,std::string> related_functors;
std::map<std::string,std::map<std::string,std::string> > functors_of_words;
unsigned int nr_of_analyses=valid_paths.size();
if(nr_of_analyses==0&&toa==HI_MORPHOLOGY){
logger::singleton()==NULL?(void)0:logger::singleton()->log(0,"There is 1 analysis.");
}
else{
logger::singleton()==NULL?(void)0:logger::singleton()->log(0,"There are "+std::to_string(nr_of_analyses)+" analyses.");
}
std::string analysis="{\"analyses\":[";
if(nr_of_analyses==0){
analysis+="{";
std::map<std::string,std::vector<lexicon> > words_analyses=lexer::words_analyses();
if(toa&HI_MORPHOLOGY){
analysis+="\"morphology\":[";
for(auto&& word_analyses:words_analyses){
analysis+=morphology(word_analyses.second);
}
if(analysis.back()==',') analysis.pop_back();
analysis+="],";
}
if(toa&HI_SYNTAX){
analysis+="\"syntax\":[";
analysis+="],";
}
if(toa&HI_SEMANTICS){
std::string semantic_analysis="\"semantics\":[";
std::vector<std::string> word_forms=lexer::word_forms();
unsigned int id_index=0;
for(auto&& word_form:word_forms){
auto&& word_analyses=words_analyses.find(word_form);
related_functors.clear();
semantic_analysis+=semantics(word_analyses->second,related_functors,id_index,target_language);
functors_of_words.insert(std::make_pair(word_analyses->first,related_functors));
}
if(semantic_analysis.back()==',') semantic_analysis.pop_back();
semantic_analysis+="],";
std::string functor_analysis="\"functors\":[";
std::string related_semantics="\"related semantics\":[";
functor_analysis+=functors(functors_of_words,words_analyses,id_index,related_semantics);
if(functor_analysis.back()==',') functor_analysis.pop_back();
functor_analysis+="],";
if(related_semantics.back()==',') related_semantics.pop_back();
related_semantics+="],";
analysis+=semantic_analysis;
analysis+=related_semantics;
analysis+=functor_analysis;
}
if(invalid_path_errors.empty()==false){
analysis+="\"errors\":[";
unsigned int id=0;
for(auto&& error:invalid_path_errors){
analysis+="{\"tokenpath id\":\""+std::to_string(++id)+"\",\"messages\":["+error+"]},";
}
if(analysis.back()==',') analysis.pop_back();
analysis+="]";
}
if(analysis.back()==',') analysis.pop_back();
analysis+="}";
}
else{
for(unsigned int i=0;i<nr_of_analyses;++i){
related_functors.clear();
analysis+="{";
if(toa&HI_MORPHOLOGY){
analysis+="\"morphology\":["+morphology(valid_paths.at(i));
if(analysis.back()==',') analysis.pop_back();
analysis+="],";
}
if(toa&HI_SYNTAX){
analysis+="\"syntax\":[";
analysis+=syntax(valid_parse_trees.at(i));
analysis+="],";
}
if(toa&HI_SEMANTICS){
analysis+="\"semantics\":["+valid_graphs.at(i)->transcript(related_functors,target_language);
if(analysis.back()==',') analysis.pop_back();
analysis+="],";
analysis+="\"functors\":[";
for(auto&& functor:related_functors){
analysis+="{";
analysis+="\"functor id\":\""+functor.first+"\",";
analysis+="\"definition\":\""+functor.second+"\"";
analysis+="},";
}
if(analysis.back()==',') analysis.pop_back();
analysis+="]";
}
if(analysis.back()==',') analysis.pop_back();
analysis+="},";
}
if(analysis.back()==',') analysis.pop_back();
}
analysis+="]}";
return analysis;
}