RequestHandler_v20190401_to_v20180502.hpp

#pragma once

#include "api.hpp"
#include "basic_Error.hpp"
#include "Error.hpp"

namespace cryptolens_io {

namespace internal {

template<typename RequestHandler>
class RequestHandler_v20190401_to_v20180502
{
public:
#ifndef CRYPTOLENS_20190701_ALLOW_IMPLICIT_CONSTRUCTORS
 explicit
#endif
 RequestHandler_v20190401_to_v20180502();

 template<typename Map>
 std::string
 make_request(::cryptolens_io::v20180502::basic_Error & e, char const* method, Map const& map);

private:
 ::cryptolens_io::v20190401::Error e_;
 RequestHandler inner_;
};

template<typename RequestHandler>
RequestHandler_v20190401_to_v20180502<RequestHandler>::RequestHandler_v20190401_to_v20180502()
: e_(), inner_(e_)
{}

template<typename RequestHandler>
template<typename Map>
std::string
RequestHandler_v20190401_to_v20180502<RequestHandler>::make_request(::cryptolens_io::v20180502::basic_Error & e, char const* method, Map const& map)
{
 namespace api = ::cryptolens_io::v20180502::api;
 namespace errors = ::cryptolens_io::v20180502::errors;

 if (e) { return ""; }
 if (e_) {
 e.set(api::main(), errors::Subsystem::RequestHandler); // TODO: Add more detailed error code
 return "";
 }

 std::string endpoint("/api/key/");
 endpoint += method;

 auto request = inner_.post_request(e, "app.cryptolens.io", endpoint.c_str());

 for (auto x : map) { request.add_argument(e, x.first.c_str(), x.second.c_str()); }

 return request.make(e);
}

} // namespace internal

} // namespace cryptolens_io