//
// Created by dongl on 23-4-28.
//

#include "handler.h"
#include "Response.h"

// handler 保有 session
session* handler::session = new class session();

/// resp im
void handler::resp(const std::shared_ptr<agreement_request>& request,
                   const std::shared_ptr<agreement_response>& response) {
    /// 用户操作逻辑包
    // 定义200序号一下的为操作逻辑业务逻辑  请求与响应 +20 就能一一对应
    // 例如 login包类型为 request login==0  那么响应这个登陆信息就是 response login==0+20
    // 200 以上 为im msg 通讯的包类型序号
    if (request->m_mph->mp_type() < 200) {
//        auto resp = new Response((mp::MP_TYPE) (request->m_mph->mp_type() + 20),
//                                 response->m_sri.subcommand(), response->m_sri.username(),
//                                 response->m_sri.msg(), response->m_sri.token());

        auto resp = new Response((mp::MP_TYPE) (request->m_mph->mp_type() + 20),
                                 response->m_sri->subcommand(),
                                 response->m_sri->account(), response->m_sri->username(),
                                 response->m_sri->email(), response->m_sri->phone(),
                                 response->m_sri->msg(), response->m_sri->token(),
                                 response->m_sri->data());

        auto ret = resp->packet();

//        auto user = session->find_user(response->m_sri.account());
//        if (user.has_value()) {
//            printf("%s\n", user.value()->ip);
//        }

        bufferevent_write(request->m_bev, ret.c_str(), ret.size());
        delete resp;
    }
    /// 聊天消息包
    else {
        handler::send(request, response);
    }
}
/// end resp im

// 聊天消息包
void handler::send(const std::shared_ptr<agreement_request> &request, const std::shared_ptr<agreement_response> &response) {
    // 查询在线的用户信息
    auto ret = session->find_user_fd(request->m_body.target());
    // 用户信息结构体
    userinfo *user;
    if (ret.has_value()) {
        user = ret->second;
    }


}

/// end  curr mem user curd
void
handler::ccp2p(const std::shared_ptr<agreement_request> &request, const std::shared_ptr<agreement_response> &response) {

}

void handler::remove_user(bufferevent* bev) {
    session->remove_user(bev);
}

std::optional<std::string> handler::get_session(bufferevent *bev, const std::string &session_key) {
    return session->get_session(bev, session_key);
}

void handler::remove_session(bufferevent *bev, const std::string &session_key) {
    session->remove_session(bev, session_key);
}