//
// Created by anna on 2020/10/14.
//
#include <iostream>
#include "cstdlib"
#include <map>
#include "dgns_gtmloutcode.h"
#include "dgns_gtcvrparam.h"
#include "dgns_gtbaseparam.h"
#include "dgns_gtcvrresult.h"
#include "dgns_gtserverrunlog.h"
#include "dgns_gtstandard.h"
#include "gtpgcnn.h"
#include <vector>
#include <string>
#include <list>
#include "algorithm"
#include "../gtrunconf.h"
#include "dgns_gtgktype.h"
#include "../Jsonxx/json.hpp"
#include "gtdgnsdao.h"
#include "aoid_daily_yield.h"
#include "aoid_singlegt_yield.h"


/*
 * search
 * dgns_gtcvrparam
 */
std::vector<dgns_gtcvrparam> gtdgnsdao::getDgns_gtcvrparamContent(int paramid = -1, std::string paramitemname = NULL) {
    gtpgcnn _gtpgcnn;
    _gtpgcnn.openCnn();
    std::string key = postgresql_aes_secretkey;
    std::string encryptF = postgresql_field_encryptfunc;
    std::string sql =
            "select paramid,paramitemname,convert_from((decrypt(paramcontent::bytea,'" + key + "','" + encryptF
            + "')),'SQL_ASCII') paramcontent from dgns_gtcvrparam where 1=1";
    bool r;
    if (paramid > 0) {
        sql += " and paramid=" + std::to_string(paramid) + " ";
    }
    if (!paramitemname.empty()) {
        sql += " and paramitemname='" + paramitemname + "' ";
    }

    r = _gtpgcnn.readContent(sql);
    if (!r) return std::vector<dgns_gtcvrparam>();
    int rows = _gtpgcnn.getRowsNumFromResult();
    std::vector<dgns_gtcvrparam> lis;
    for (int i = 0; i < rows; ++i) {
        dgns_gtcvrparam d;
        d.paramid = atoi(_gtpgcnn.getValueFromResultChar(i, 0));
        d.paramitemname = _gtpgcnn.getValueFromResult(i, 1);
        d.paramcontent = _gtpgcnn.getValueFromResult(i, 2);
        lis.push_back(d);
    }
    _gtpgcnn.clearRes();
    _gtpgcnn.closeCnn();
    return lis;
}

/*
 * add
 * dgns_gtcvrparam
 */
bool gtdgnsdao::addDgns_gtcvrparamContent(dgns_gtcvrparam d) {
    gtpgcnn _gtpgcnn;
    _gtpgcnn.openCnn();
//    char *addsql_Str;
    bool r = false;
    if (d.paramid > 0) {
        std::string addsql =
                "insert into dgns_gtcvrparam(paramid, paramitemname, paramcontent) values (" +
                std::to_string(d.paramid) +
                ",'" + d.paramitemname +
                "',encrypt(replace('" + d.paramcontent + "','\','')::bytea,'" + postgresql_aes_secretkey + "','" +
                postgresql_field_encryptfunc + "'))";
        /*std::string addsql =
                "insert into dgns_gtcvrparam(paramid, paramitemname, paramcontent) values (" +
                std::to_string(d.paramid) +
                ",'" + d.paramitemname +
                "','" + d.paramcontent + "')";*/
        //sprintf(addsql_Str, addsql.c_str(), d.paramid);
        r = _gtpgcnn.writeContent(addsql);
    }
    _gtpgcnn.clearRes();
    _gtpgcnn.closeCnn();
    return r;
}

/*
 * alter
 * dgns_gtcvrparam
 */
bool gtdgnsdao::alterDgns_gtcvrparamContent(dgns_gtcvrparam d) {
    gtpgcnn _gtpgcnn;
    _gtpgcnn.openCnn();
    //char *altersql_Str;
    bool r = false;
    if (d.paramid > 0) {
        std::string altersql =
                "update dgns_gtcvrparam set paramitemname='" + d.paramitemname + "', paramcontent='" + d.paramcontent +
                "' where paramid=" + std::to_string(d.paramid);
        //sprintf(altersql_Str, altersql.c_str(), d.paramid);
        r = _gtpgcnn.writeContent(altersql);
        _gtpgcnn.clearRes();
        _gtpgcnn.closeCnn();
        return r;
    }
    return r;
}

/*
 * delete
 * dgns_gtcvrparam
 */
bool gtdgnsdao::deleteDgns_gtcvrparamContent(int paramid) {
    gtpgcnn _gtpgcnn;
    _gtpgcnn.openCnn();
    //char *deletesql_Str;
    bool r = false;
    if (paramid > 0) {
        std::string deletesql = "delete from dgns_gtcvrparam where paramid=" + std::to_string(paramid);
        //sprintf(deletesql_Str, deletesql.c_str(), paramid);
        r = _gtpgcnn.writeContent(deletesql);
    }
    _gtpgcnn.clearRes();
    _gtpgcnn.closeCnn();
    return r;
}

/*
 * search
 * dgns_gtbaseparam
 */
bool gtdgnsdao::get_dgns_gtbaseparam_single(dgns_gtbaseparam &d, std::string _id, std::string _recivetime) {

    std::string sql = "select id,createtime,recivetime,wellname,sgt,s_max,s_min,l_max,l_min,l_mid,l_fistdownturnpoint,s,s_pre,n,l,s_effect,area,upload,download,islegal,remark,sgtpointnum,s_max_point_location,s_min_point_location,l_max_point_location,l_min_point_location from dgns_gtbaseparam where 1=1";
    bool r = false;
    std::vector<std::string> wheresql;
    if (!_id.empty())
        wheresql.push_back(" and id ='" + _id + "' ");
    if (!_recivetime.empty())
        wheresql.push_back(" and recivetime='" + _recivetime + "' ");
    if (wheresql.size() == 0) return r;
    for (int i = 0; i < wheresql.size(); ++i) {
        sql += wheresql[i];
    }

    gtpgcnn _gtpgcnn;
    _gtpgcnn.openCnn();
    r = _gtpgcnn.readContent(sql);
    if (r) {
        int rows = _gtpgcnn.getRowsNumFromResult();
        for (int i = 0; i < rows; ++i) {
            d.id = _gtpgcnn.getValueFromResult(i, 0);
            d.createtime = _gtpgcnn.getValueFromResult(i, 1);
            d.recivetime = _gtpgcnn.getValueFromResult(i, 2);
            d.wellname = _gtpgcnn.getValueFromResult(i, 3);

            d.sgt.clear();
            std::string sgt_str = _gtpgcnn.getValueFromResult(i, 4);
            if (!sgt_str.empty()) {
                d.sgt = d.gt_trans_strtoarray(sgt_str);
            }

            //下面的必须不是空值
            d.s_max = std::atof(_gtpgcnn.getValueFromResult(i, 5).c_str());
            d.s_min = std::atof(_gtpgcnn.getValueFromResult(i, 6).c_str());
            d.l_max = std::atof(_gtpgcnn.getValueFromResult(i, 7).c_str());
            d.l_min = std::atof(_gtpgcnn.getValueFromResult(i, 8).c_str());
            d.l_mid = std::atof(_gtpgcnn.getValueFromResult(i, 9).c_str());
            d.l_fistdownturnpoint = std::atof(_gtpgcnn.getValueFromResult(i, 10).c_str());
            d.s = std::atof(_gtpgcnn.getValueFromResult(i, 11).c_str());
            d.s_pre = std::atof(_gtpgcnn.getValueFromResult(i, 12).c_str());
            d.n = std::atof(_gtpgcnn.getValueFromResult(i, 13).c_str());
            d.l = std::atof(_gtpgcnn.getValueFromResult(i, 14).c_str());
            d.s_effect = std::atof(_gtpgcnn.getValueFromResult(i, 15).c_str());
            d.area = std::atof(_gtpgcnn.getValueFromResult(i, 16).c_str());
            //d.upload =std::atof(_gtpgcnn.getValueFromResult(i, 17).c_str());
            //d.download =std::atof(_gtpgcnn.getValueFromResult(i, 18).c_str());
            d.islegal = std::atoi(_gtpgcnn.getValueFromResultChar(i, 19));
            d.remark = _gtpgcnn.getValueFromResult(i, 20);
            d.sgtpointnum = std::atoi(_gtpgcnn.getValueFromResult(i, 21).c_str());
            d.s_max_point_location = std::atoi(_gtpgcnn.getValueFromResult(i, 22).c_str());
            d.s_min_point_location = std::atoi(_gtpgcnn.getValueFromResult(i, 23).c_str());
            d.l_max_point_location = std::atoi(_gtpgcnn.getValueFromResult(i, 24).c_str());
            d.l_min_point_location = std::atoi(_gtpgcnn.getValueFromResult(i, 25).c_str());
        }
    }
    _gtpgcnn.clearRes();
    _gtpgcnn.closeCnn();
    return r;
}

/*
 * add
 * dgns_gtbaseparam
 */
bool gtdgnsdao::add_dgns_gtbaseparam_single(dgns_gtbaseparam d) {

    bool r = false;
    std::vector<std::string> insertsql_fields_name;
    std::vector<std::string> insertsql_fields_value;

    if (!d.recivetime.empty()) {
        insertsql_fields_name.push_back("recivetime");
        insertsql_fields_value.push_back("'" + d.recivetime + "'");
    } else {
        std::cout << "Warning:必须指定功图的接收时间【唯一标识】" << std::endl;
        return r;
    }

    if (!d.sgt.empty() && d.sgt.size() > 0) {
        std::string sgt_str = d.gt_trans_arraytostr(d.sgt);
        if (!sgt_str.empty()) {
            insertsql_fields_value.push_back("'" + sgt_str + "'");
            insertsql_fields_name.push_back("sgt");
        }
    }

    {
        insertsql_fields_name.push_back("s_max");
        insertsql_fields_value.push_back(std::to_string(d.s_max));

        insertsql_fields_name.push_back("s_min");
        insertsql_fields_value.push_back(std::to_string(d.s_min));

        insertsql_fields_name.push_back("l_max");
        insertsql_fields_value.push_back(std::to_string(d.l_max));

        insertsql_fields_name.push_back("l_min");
        insertsql_fields_value.push_back(std::to_string(d.l_min));

        insertsql_fields_name.push_back("l_mid");
        insertsql_fields_value.push_back(std::to_string(d.l_mid));

        insertsql_fields_name.push_back("l_fistdownturnpoint");
        insertsql_fields_value.push_back(std::to_string(d.l_fistdownturnpoint));

        insertsql_fields_name.push_back("s");
        insertsql_fields_value.push_back(std::to_string(d.s));

        insertsql_fields_name.push_back("s_pre");
        insertsql_fields_value.push_back(std::to_string(d.s_pre));

        insertsql_fields_name.push_back("n");
        insertsql_fields_value.push_back(std::to_string(d.n));

        insertsql_fields_name.push_back("l");
        insertsql_fields_value.push_back(std::to_string(d.l));

        insertsql_fields_name.push_back("s_effect");
        insertsql_fields_value.push_back(std::to_string(d.s_effect));

        insertsql_fields_name.push_back("area");
        insertsql_fields_value.push_back(std::to_string(d.area));

        /*insertsql_fields_name.push_back("upload");
        insertsql_fields_value.push_back(std::to_string(d.upload));

        insertsql_fields_name.push_back("download");
        insertsql_fields_value.push_back(std::to_string(d.download));*/

        insertsql_fields_name.push_back("islegal");
        insertsql_fields_value.push_back(std::to_string(d.islegal));

        insertsql_fields_name.push_back("remark");
        insertsql_fields_value.push_back("'" + d.remark + "'");

        insertsql_fields_name.push_back("sgtpointnum");
        insertsql_fields_value.push_back(std::to_string(d.sgtpointnum));

        insertsql_fields_name.push_back("s_max_point_location");
        insertsql_fields_value.push_back(std::to_string(d.s_max_point_location));

        insertsql_fields_name.push_back("s_min_point_location");
        insertsql_fields_value.push_back(std::to_string(d.s_min_point_location));

        insertsql_fields_name.push_back("l_max_point_location");
        insertsql_fields_value.push_back(std::to_string(d.l_max_point_location));

        insertsql_fields_name.push_back("l_min_point_location");
        insertsql_fields_value.push_back(std::to_string(d.l_min_point_location));
    }
    if (insertsql_fields_name.size() == 0)return r;

    std::string addsql =
            "insert into dgns_gtbaseparam(";
    std::string valuessql = "values(";

    for (int i = 0; i < insertsql_fields_name.size(); ++i) {
        if (i > 0) {
            addsql += ",";
            valuessql += ",";
        }
        addsql += insertsql_fields_name[i];
        valuessql += insertsql_fields_value[i];
    }
    addsql = addsql + ")" + valuessql + ")";

    gtpgcnn _gtpgcnn;
    _gtpgcnn.openCnn();
    r = _gtpgcnn.writeContent(addsql);
    _gtpgcnn.clearRes();
    _gtpgcnn.closeCnn();
    return r;
}

/*
 * alter
 * dgns_gtbaseparam
 */
bool gtdgnsdao::alterDgns_gtbaseparamContent(dgns_gtbaseparam d) {
    bool r = false;
    /* char *altersql_Str;

     gtpgcnn _gtpgcnn;
     _gtpgcnn.openCnn();
     d.id.erase(std::remove(d.id.begin(), d.id.end(), '-'), d.id.end());
     if (d.id.length() == 32) {
         std::string altersql =
                 "update dgns_gtbaseparam set createtime=to_timestamp('" + d.createtime +
                 "','YYYY-MM-DD HH24:MI:SS'), recivetime=to_timestamp('" +
                 d.recivetime + "','YYYY-MM-DD HH24:MI:SS'), wellname='" + d.wellname + "', sgt='" + d.sgt +
                 "',s_max=%f,s_min=%f,l_max=%f,l_min=%f,s=%f,n=%f,l=%f,s_effect=%f,area=%f,upload=%f,download=%f,islegal=%d,remark='" +
                 d.remark +
                 "' where id='" + d.id + "'";
         sprintf(altersql_Str, altersql.c_str(), d.s_max, d.s_min, d.l_max, d.l_min, d.s, d.n, d.l, d.s_effect, d.area,
                 d.upload, d.download,
                 d.islegal);
         r = _gtpgcnn.writeContent(altersql_Str);
     }
     _gtpgcnn.clearRes();
     _gtpgcnn.closeCnn();*/
    return r;
}

/*
 * delete
 * dgns_gtbaseparam
 */
bool gtdgnsdao::deleteDgns_gtbaseparamContent(std::string paramid) {
    gtpgcnn _gtpgcnn;
    _gtpgcnn.openCnn();
    bool r = false;
    paramid.erase(std::remove(paramid.begin(), paramid.end(), '-'), paramid.end());
    if (paramid.length() == 32) {
        std::string deletesql = "delete from dgns_gtbaseparam where id='" + paramid + "'";
        r = _gtpgcnn.writeContent(deletesql);
    }
    _gtpgcnn.clearRes();
    _gtpgcnn.closeCnn();
    return r;
}

/*
 * search
 * dgns_gtcvrresult
 */
std::vector<dgns_gtcvrresult>
gtdgnsdao::getDgns_gtcvrresultContent(std::string id, std::string sgt_recivetime) {

    if (id.empty() && sgt_recivetime.empty()) {
        std::cout << "Warning:没有足够的参数传入";
        return std::vector<dgns_gtcvrresult>();
    }

    std::string sql = "select id,result1,result2,wellname,sgt,processparam,remark,createtime,userconfirmtime,userconfirmcontent,isproblem,isexpected  from dgns_gtcvrresult where 1=1";
    bool r = false;
    if (!id.empty())
        sql += " and id='" + id + "' ";
    if (!sgt_recivetime.empty()) {
        sql += " and processparam->>'sgt_recivetime'::text='" + sgt_recivetime + "' ";
    }
    gtpgcnn _gtpgcnn;
    _gtpgcnn.openCnn();
    r = _gtpgcnn.readContent(sql);
    if (!r) return std::vector<dgns_gtcvrresult>();
    int rows = _gtpgcnn.getRowsNumFromResult();
    std::vector<dgns_gtcvrresult> lis;
    for (int i = 0; i < rows; ++i) {
        dgns_gtcvrresult d;
        d.id = _gtpgcnn.getValueFromResultChar(i, 0);
        d.result1 = _gtpgcnn.getValueFromResult(i, 1);
        d.result2 = _gtpgcnn.getValueFromResult(i, 2);
        d.wellname = _gtpgcnn.getValueFromResult(i, 3);
        d.sgt =d.gt_trans_strtoarray(_gtpgcnn.getValueFromResult(i, 4));
        d.processparam = _gtpgcnn.getValueFromResult(i, 5);
        d.remark = _gtpgcnn.getValueFromResult(i, 6);
        d.createtime = _gtpgcnn.getValueFromResult(i, 7);
        d.userconfirmtime = _gtpgcnn.getValueFromResult(i, 8);
        d.userconfirmcontent = _gtpgcnn.getValueFromResult(i, 9);
        d.isproblem = _gtpgcnn.getValueFromResult(i, 10);
        d.isexpected = std::atoi(_gtpgcnn.getValueFromResultChar(i, 11));
        lis.push_back(d);
    }
    _gtpgcnn.clearRes();
    _gtpgcnn.closeCnn();
    return lis;
}

/*
 * add
 * dgns_gtcvrresult
 */
bool gtdgnsdao::addDgns_gtcvrresultContent(dgns_gtcvrresult d) {
    bool r = false;
    std::vector<std::string> insertsql_fields_name;
    std::vector<std::string> insertsql_fields_value;

    /* if (!d.id.empty()) {
         insertsql_fields_name.push_back("id");
         insertsql_fields_value.push_back("'" + d.id + "'");
     } else {
         std::cout << "Warning:必须指定的id【唯一标识】" << std::endl;
         return r;
     }*/

    if (!d.sgt.empty() && d.sgt.size() > 0) {
        std::string sgt_str = d.gt_trans_arraytostr(d.sgt);
        if (!sgt_str.empty()) {
            insertsql_fields_value.push_back("'" + sgt_str + "'");
            insertsql_fields_name.push_back("sgt");
        }
    }

    {
        insertsql_fields_name.push_back("result1");
        insertsql_fields_value.push_back("'" + d.result1 + "'");

        insertsql_fields_name.push_back("result2");
        insertsql_fields_value.push_back("'" + d.result2 + "'");

        /*insertsql_fields_name.push_back("wellname");
        insertsql_fields_value.push_back("'"+d.wellname+"'");*/

        insertsql_fields_name.push_back("processparam");
        insertsql_fields_value.push_back("'"+d.processparam+"'");

        insertsql_fields_name.push_back("remark");
        insertsql_fields_value.push_back("'" + d.remark + "'");

        /*insertsql_fields_name.push_back("createtime");
        insertsql_fields_value.push_back("'"+d.createtime+"'");*/

        /*insertsql_fields_name.push_back("userconfirmtime");
        insertsql_fields_value.push_back("'"+d.userconfirmtime+"'");

        insertsql_fields_name.push_back("userconfirmcontent");
        insertsql_fields_value.push_back("'"+d.userconfirmcontent+"'");*/

        insertsql_fields_name.push_back("isproblem");
        insertsql_fields_value.push_back("'" + d.isproblem + "'");

        insertsql_fields_name.push_back("isexpected");
        insertsql_fields_value.push_back(std::to_string(d.isexpected));
    }

    if (insertsql_fields_name.size() == 0)return r;

    std::string addsql =
            "insert into dgns_gtcvrresult(";
    std::string valuessql = "values(";

    for (int i = 0; i < insertsql_fields_name.size(); ++i) {
        if (i > 0) {
            addsql += ",";
            valuessql += ",";
        }
        addsql += insertsql_fields_name[i];
        valuessql += insertsql_fields_value[i];
    }
    addsql = addsql + ")" + valuessql + ")";

    gtpgcnn _gtpgcnn;
    _gtpgcnn.openCnn();
    r = _gtpgcnn.writeContent(addsql);
    _gtpgcnn.clearRes();
    _gtpgcnn.closeCnn();
    return r;
}

/*
 * alter
 * dgns_gtcvrresult
 */
bool gtdgnsdao::alterDgns_gtcvrresultContent(dgns_gtcvrresult d) {
    gtpgcnn _gtpgcnn;
    _gtpgcnn.openCnn();
    //char *altersql_Str;
    bool r = false;
    /*if (!d.id.empty()) {
        std::string altersql =
                "update dgns_gtcvrresult set result1='" + d.result1 + "', result2='" + d.result2 + "',wellname='" +
                d.wellname + "',sgt='" + d.sgt +
                "',processparam='" + d.processparam + "',remark='" + d.remark + "',createtime=to_timestamp('" +
                d.createtime +
                "','YYYY-MM-DD HH24:MI:SS'),userconfirmtime=to_timestamp('" + d.userconfirmtime +
                "','YYYY-MM-DD HH24:MI:SS'),userconfirmcontent='" +
                d.userconfirmcontent + "',isproblem='" + d.isproblem + "',isexpected=" + std::to_string(d.isexpected) + " where id='" + d.id + "'";
        //sprintf(altersql_Str, altersql.c_str(), d.isexpected);
        r = _gtpgcnn.writeContent(altersql);
    }*/
    _gtpgcnn.clearRes();
    _gtpgcnn.closeCnn();
    return r;
}

/*
 * delete
 * dgns_gtcvrresult
 */
bool gtdgnsdao::deleteDgns_gtcvrresultContent(int paramid) {
    gtpgcnn _gtpgcnn;
    _gtpgcnn.openCnn();
    //char *deletesql_Str;
    bool r = false;
    if (paramid > 0) {
        std::string deletesql = "delete from dgns_gtcvrresult where paramid=" + std::to_string(paramid);
        //sprintf(deletesql_Str, deletesql.c_str(), paramid);
        r = _gtpgcnn.writeContent(deletesql);
    }
    _gtpgcnn.clearRes();
    _gtpgcnn.closeCnn();
    return r;
}


/*
 * search
 * dgns_gtserverrunlog
 */
std::vector<dgns_gtserverrunlog>
gtdgnsdao::getDgns_gtserverrunlogContent(int paramid = -1, std::string paramitemname = NULL) {
    gtpgcnn _gtpgcnn;
    _gtpgcnn.openCnn();
    std::string sql = "select * from dgns_gtserverrunlog where 1=1";
    bool r;
    if (paramid > 0 && (!paramitemname.empty() || paramitemname != "")) {
        std::string a = " and code=" + std::to_string(paramid) + " and contents='" + paramitemname + "'";
        //char *astr;
        //sprintf(astr, a.c_str(), paramid);
        std::string sqlto = sql + a;
        r = _gtpgcnn.readContent(sqlto);
    } else {
        r = _gtpgcnn.readContent(sql);
    }
    if (!r) return std::vector<dgns_gtserverrunlog>();
    int rows = _gtpgcnn.getRowsNumFromResult();
    std::vector<dgns_gtserverrunlog> lis;
    for (int i = 0; i < rows; ++i) {
        dgns_gtserverrunlog d;
        d.time = atoi(_gtpgcnn.getValueFromResultChar(i, 0));
        d.contents = _gtpgcnn.getValueFromResult(i, 1);
        d.item = _gtpgcnn.getValueFromResult(i, 2);
        d.code = atoi(_gtpgcnn.getValueFromResultChar(i, 3));
        lis.push_back(d);
    }
    _gtpgcnn.clearRes();
    _gtpgcnn.closeCnn();
    return lis;
}

/*
 * add
 * dgns_gtserverrunlog
 */
bool gtdgnsdao::addDgns_gtserverrunlogContent(dgns_gtserverrunlog d) {
    gtpgcnn _gtpgcnn;
    _gtpgcnn.openCnn();
    //char *addsql_Str;
    bool r = false;
    if (d.code > 0) {
        std::string addsql =
                "insert into dgns_gtserverrunlog(time, contents, item,code) values ('" + d.time + "','" + d.contents +
                "','" + d.item + "'," + std::to_string(d.code) + ")";
        //sprintf(addsql_Str, addsql.c_str(), d.code);
        r = _gtpgcnn.writeContent(addsql);
    }
    _gtpgcnn.clearRes();
    _gtpgcnn.closeCnn();
    return r;
}

/*
 * alter
 * dgns_gtserverrunlog
 */
bool gtdgnsdao::alterDgns_gtserverrunlogContent(dgns_gtserverrunlog d) {
    gtpgcnn _gtpgcnn;
    _gtpgcnn.openCnn();
    //char *altersql_Str;
    bool r = false;
    if (d.code > 0) {
        std::string altersql =
                "update dgns_gtserverrunlog set time='" + d.time + "', contents='" + d.contents + "', item='" + d.item +
                "' where code=" + std::to_string(d.code);
        //sprintf(altersql_Str, altersql.c_str(), d.code);
        r = _gtpgcnn.writeContent(altersql);
    }
    _gtpgcnn.clearRes();
    _gtpgcnn.closeCnn();
    return r;
}

/*
 * delete
 * dgns_gtserverrunlog
 */
bool gtdgnsdao::deleteDgns_gtserverrunlogContent(int paramid) {
    gtpgcnn _gtpgcnn;
    _gtpgcnn.openCnn();
    //char *deletesql_Str;
    bool r = false;
    if (paramid > 0) {
        std::string deletesql = "delete from dgns_gtserverrunlog where code=" + std::to_string(paramid);
        //sprintf(deletesql_Str, deletesql.c_str(), paramid);
        r = _gtpgcnn.writeContent(deletesql);
    }
    _gtpgcnn.clearRes();
    _gtpgcnn.closeCnn();
    return r;
}

/*
 * search
 * dgns_gtstandard
 */
std::vector<dgns_gtstandard>
gtdgnsdao::get_dgns_gtstandard_list(std::string conditionsql) {
    gtpgcnn _gtpgcnn;
    _gtpgcnn.openCnn();
    std::string key = postgresql_aes_secretkey;
    std::string encryptF = postgresql_field_encryptfunc;
    std::string sql =
            "select sgtprodate,createtime,id,convert_from((decrypt(sgtcharacters::bytea,'" + key + "','" + encryptF
            +
            "')),'SQL_ASCII') sgtcharacters,appearcounter,graphicfeatureinterpretation,maxsemblance,minsemblance,wellname,latestupdatedtime  from dgns_gtstandard ";
    bool r;
    /* if (maxcounterbzt) {
         sql += "  where appearcounter=(select max(appearcounter) from dgns_gtstandard) ";
     }*/

    if (!conditionsql.empty())
        sql += conditionsql;

    r = _gtpgcnn.readContent(sql);
    if (!r) return std::vector<dgns_gtstandard>();
    int rows = _gtpgcnn.getRowsNumFromResult();
    std::vector<dgns_gtstandard> lis;
    for (int i = 0; i < rows; ++i) {
        dgns_gtstandard d;
        d.sgtprodate = _gtpgcnn.getValueFromResult(i, 0);

        d.createtime = _gtpgcnn.getValueFromResult(i, 1);

        d.id = _gtpgcnn.getValueFromResult(i, 2);

        if (!_gtpgcnn.getValueFromResult(i, 3).empty()) {
            jsonxx::json jobj = jsonxx::json::parse(_gtpgcnn.getValueFromResult(i, 3));
            d.sgtcharacters = new double[cardgray_characters_num];
            for (int jindex = 0; jindex < cardgray_characters_num; jindex++) {
                d.sgtcharacters[jindex] = jobj[jindex].as_float_anynum();
            }
        }

        d.appearcounter = std::atol(_gtpgcnn.getValueFromResult(i, 4).c_str());

        d.graphicfeatureinterpretation = _gtpgcnn.getValueFromResult(i, 5);

        if (!_gtpgcnn.getValueFromResult(i, 6).empty())
            d.maxsemblance = std::atof(_gtpgcnn.getValueFromResult(i, 6).c_str());

        if (!_gtpgcnn.getValueFromResult(i, 7).empty())
            d.minsemblance = std::atof(_gtpgcnn.getValueFromResult(i, 7).c_str());

        d.wellname = _gtpgcnn.getValueFromResult(i, 8);

        d.latestupdatedtime = _gtpgcnn.getValueFromResult(i, 9);
        lis.push_back(d);
    }
    _gtpgcnn.clearRes();
    _gtpgcnn.closeCnn();
    return lis;
}

/*
 * add
 * dgns_gtstandard
 */
bool gtdgnsdao::addDgns_gtstandardContent(dgns_gtstandard d) {
    bool r = false;

    //sgtprodate,createtime,id,sgtcharacters,appearcounter,graphicfeatureinterpretation,maxsemblance,minsemblance,wellname
    std::string addsql = "insert into dgns_gtstandard(";
    std::string valuesql = "values(";

    std::vector<std::string> field_name;
    std::vector<std::string> field_value;
    if (!d.sgtprodate.empty()) {
        field_name.push_back("sgtprodate");
        field_value.push_back("'" + d.sgtprodate + "'");
    }

    if (d.sgtcharacters != NULL) {
        jsonxx::json jobj;
        for (int i = 0; i < cardgray_characters_num; ++i) {
            jobj[i] = d.sgtcharacters[i];
        }
        std::string j_str = jobj.dump();

        field_name.push_back("sgtcharacters");
        field_value.push_back(
                "encrypt(replace('" + j_str + "','\','')::bytea,'" + postgresql_aes_secretkey + "','" +
                postgresql_field_encryptfunc + "')");
    }

    if (d.appearcounter > 0) {
        field_name.push_back("appearcounter");
        field_value.push_back(std::to_string(d.appearcounter));
    }
    if (!d.graphicfeatureinterpretation.empty()) {
        field_name.push_back("graphicfeatureinterpretation");
        field_value.push_back("'" + d.graphicfeatureinterpretation + "'");
    }
    if (d.maxsemblance > 0) {
        field_name.push_back("maxsemblance");
        field_value.push_back(std::to_string(d.maxsemblance));
    }
    if (d.minsemblance > 0) {
        field_name.push_back("minsemblance");
        field_value.push_back(std::to_string(d.minsemblance));
    }

    {
        field_name.push_back("latestupdatedtime");
        field_value.push_back("'" + d.latestupdatedtime + "'");
    }
    if (field_name.size() == 0) return r;
    for (int i = 0; i < field_name.size(); ++i) {
        if (i > 0) {
            addsql += ",";
            valuesql += ",";
        }
        valuesql += field_value[i];
        addsql += field_name[i];
    }
    addsql += ")" + valuesql + ")";

    gtpgcnn _gtpgcnn;
    _gtpgcnn.openCnn();
    r = _gtpgcnn.writeContent(addsql);
    _gtpgcnn.clearRes();
    _gtpgcnn.closeCnn();
    return r;
}

/*
 * alter
 * dgns_gtstandard
 */
bool gtdgnsdao::alterDgns_gtstandardContent(dgns_gtstandard d) {
    bool r = false;

    if (d.id.empty()) return r;
    std::string altersql =
            "update dgns_gtstandard set ";
    std::string wheresql = " where id='" + d.id + "' ";

    std::vector<std::string> setcontentsql;
    if (!d.sgtprodate.empty())
        setcontentsql.push_back(" sgtprodate='" + d.sgtprodate + "' ");

    if (d.sgtcharacters != NULL) {
        jsonxx::json jobj;
        for (int i = 0; i < cardgray_characters_num; ++i) {
            jobj[i] = d.sgtcharacters[i];
        }
        std::string j_str = jobj.dump();

        setcontentsql.push_back(
                " sgtcharacters=encrypt(replace('" + j_str + "','\','')::bytea,'" + postgresql_aes_secretkey +
                "','" +
                postgresql_field_encryptfunc + "') ");
    }

    if (d.appearcounter > 0)
        setcontentsql.push_back(" appearcounter=" + std::to_string(d.appearcounter) + " ");
    if (!d.graphicfeatureinterpretation.empty())
        setcontentsql.push_back(" graphicfeatureinterpretation='" + d.graphicfeatureinterpretation + "' ");
    if (d.maxsemblance > 0)
        setcontentsql.push_back(" maxsemblance=" + std::to_string(d.maxsemblance) + " ");
    if (d.minsemblance > 0)
        setcontentsql.push_back(" minsemblance=" + std::to_string(d.minsemblance) + " ");

    if (!d.latestupdatedtime.empty())
        setcontentsql.push_back(" latestupdatedtime='" + d.latestupdatedtime + "' ");

    if (setcontentsql.size() <= 0) return r;

    for (int i = 0; i < setcontentsql.size(); ++i) {
        if (i > 0)
            altersql += ",";
        altersql += setcontentsql[i];
    }
    altersql += wheresql;

    gtpgcnn _gtpgcnn;
    _gtpgcnn.openCnn();
    r = _gtpgcnn.writeContent(altersql);
    _gtpgcnn.clearRes();
    _gtpgcnn.closeCnn();
    return r;
}

/*
 * delete
 * dgns_gtstandard
 */
bool gtdgnsdao::deleteDgns_gtstandardContent(std::string id) {
    bool r = false;
    if (id.empty()) return r;

    std::string deletesql = "delete from dgns_gtstandard where id='" + id + "'";
    gtpgcnn _gtpgcnn;
    _gtpgcnn.openCnn();
    r = _gtpgcnn.writeContent(deletesql);

    _gtpgcnn.clearRes();
    _gtpgcnn.closeCnn();
    return r;
}


std::map<int, dgns_gtmloutcode> gtdgnsdao::get_dgns_gtmloutcode_map() {
    gtpgcnn _gtpgcnn;
    _gtpgcnn.openCnn();
    std::string key = postgresql_aes_secretkey;
    std::string encryptF = postgresql_field_encryptfunc;
    std::string sql =
            "select gkcode,gkdec from dgns_gtmloutcode order by gkcode";
    bool r;

    std::map<int, dgns_gtmloutcode> res;
    r = _gtpgcnn.readContent(sql);
    if (!r) return res;
    int rows = _gtpgcnn.getRowsNumFromResult();
    for (int i = 0; i < rows; ++i) {
        dgns_gtmloutcode d;
        d.gkcode = atoi(_gtpgcnn.getValueFromResultChar(i, 0));
        d.gkdec = _gtpgcnn.getValueFromResult(i, 1);

        if (res.find(d.gkcode) != res.end()) {
            std::cout << "gtcode:" << d.gkcode << " exited ;warning: repeat gkcode!" << std::endl;
            res[d.gkcode] = d;
        } else {
            res.insert(std::pair<int, dgns_gtmloutcode>(d.gkcode, d));
        }

    }
    _gtpgcnn.clearRes();
    _gtpgcnn.closeCnn();
    return res;
}

/*
 * search
 * dgns_gtgktype
 */
std::map<std::string, dgns_gtgktype> gtdgnsdao::get_dgns_gtgktype_all_map_indexofgkname() {
    bool r = false;
    std::string sql = "select id,gkname,dec,modbustranscode,remark from dgns_gtgktype where 1=1";

    gtpgcnn _gtpgcnn;
    _gtpgcnn.openCnn();
    r = _gtpgcnn.readContent(sql);
    std::map<std::string, dgns_gtgktype> ls;
    if (r) {
        int rows = _gtpgcnn.getRowsNumFromResult();

        for (int i = 0; i < rows; ++i) {
            dgns_gtgktype d;
            d.id = atoi(_gtpgcnn.getValueFromResultChar(i, 0));
            d.gkname = _gtpgcnn.getValueFromResult(i, 1);
            d.dec = _gtpgcnn.getValueFromResult(i, 2);
            d.modbustranscode = _gtpgcnn.getValueFromResult(i, 3);
            d.remark = _gtpgcnn.getValueFromResult(i, 4);
            ls.insert(std::pair<std::string, dgns_gtgktype>(d.gkname, d));
        }
    }
    _gtpgcnn.clearRes();
    _gtpgcnn.closeCnn();
    return ls;
}

std::map<int, dgns_gtgktype> gtdgnsdao::get_dgns_gtgktype_all_map_indexofid() {
    bool r = false;
    std::string sql = "select id,gkname,dec,modbustranscode,remark from dgns_gtgktype where 1=1";

    gtpgcnn _gtpgcnn;
    _gtpgcnn.openCnn();
    r = _gtpgcnn.readContent(sql);
    std::map<int, dgns_gtgktype> ls;
    if (r) {
        int rows = _gtpgcnn.getRowsNumFromResult();

        for (int i = 0; i < rows; ++i) {
            dgns_gtgktype d;
            d.id = atoi(_gtpgcnn.getValueFromResultChar(i, 0));
            d.gkname = _gtpgcnn.getValueFromResult(i, 1);
            d.dec = _gtpgcnn.getValueFromResult(i, 2);
            d.modbustranscode = _gtpgcnn.getValueFromResult(i, 3);
            d.remark = _gtpgcnn.getValueFromResult(i, 4);
            ls.insert(std::pair<int, dgns_gtgktype>(d.id, d));
        }
    }
    _gtpgcnn.clearRes();
    _gtpgcnn.closeCnn();
    return ls;
}

bool gtdgnsdao::get_dgns_gtgktype_single(dgns_gtgktype &d, int _id = -1, std::string _gkname = NULL) {

    bool r = false;
    std::string sql = "select * from dgns_gtgktype where 1=1";
    std::vector<std::string> wheresql;

    if (_id > 0) wheresql.push_back(" and id ='" + std::to_string(_id) + "' ");
    if (!_gkname.empty()) wheresql.push_back(" and gkname ='" + _gkname + "' ");

    if (wheresql.size() == 0) return r;
    for (int i = 0; i < wheresql.size(); ++i) {
        sql += wheresql[i];
    }
    gtpgcnn _gtpgcnn;
    _gtpgcnn.openCnn();
    r = _gtpgcnn.readContent(sql);
    if (r) {
        int rows = _gtpgcnn.getRowsNumFromResult();
        for (int i = 0; i < rows; ++i) {
            d.id = atoi(_gtpgcnn.getValueFromResultChar(i, 0));
            d.gkname = _gtpgcnn.getValueFromResult(i, 1);
            d.dec = _gtpgcnn.getValueFromResult(i, 2);
            d.modbustranscode = _gtpgcnn.getValueFromResult(i, 3);
            d.remark = _gtpgcnn.getValueFromResult(i, 4);
        }
    }
    _gtpgcnn.clearRes();
    _gtpgcnn.closeCnn();
    return r;
}

/*
 * add
 * dgns_gtgktype
 */
bool gtdgnsdao::addDgns_gtgktypeContent(dgns_gtgktype d) {
    gtpgcnn _gtpgcnn;
    _gtpgcnn.openCnn();
    //char *addsql_Str;
    bool r = false;
    if (d.id > 0) {
        std::string addsql =
                "insert into dgns_gtcvrresult(id, gkname, result2,wellname,sgt,processparam,remark,createtime,userconfirmtime,userconfirmtime,"
                "userconfirmcontent,isproblem,%d) values (" + std::to_string(d.id) + ",'" +
                d.gkname + "','" + d.dec + "','" + d.modbustranscode + "')";
        //sprintf(addsql_Str, addsql.c_str(), d.id);
        r = _gtpgcnn.writeContent(addsql);

    }
    _gtpgcnn.clearRes();
    _gtpgcnn.closeCnn();
    return r;
}

/*
 * alter
 * dgns_gtgktype
 */
bool gtdgnsdao::alterDgns_gtgktypeContent(dgns_gtgktype d) {
    gtpgcnn _gtpgcnn;
    _gtpgcnn.openCnn();
    //char *altersql_Str;
    bool r = false;
    if (d.id > 0) {
        std::string altersql =
                "update dgns_gtgktype set gkname='" + d.gkname + "',dec='" + d.dec + "', modbustranscode='" +
                d.modbustranscode +
                "',remark='" + d.remark + "' where id=" + std::to_string(d.id);
        //sprintf(altersql_Str, altersql.c_str(), d.id);
        r = _gtpgcnn.writeContent(altersql);
    }
    _gtpgcnn.clearRes();
    _gtpgcnn.closeCnn();
    return r;
}

/*
 * delete
 * dgns_gtgktype
 */
bool gtdgnsdao::deleteDgns_gtgktypeContent(int paramid) {
    gtpgcnn _gtpgcnn;
    _gtpgcnn.openCnn();
    //char *deletesql_Str;
    bool r = false;
    if (paramid > 0) {
        std::string deletesql = "delete from dgns_gtgktype where id=" + std::to_string(paramid);
        //sprintf(deletesql_Str, deletesql.c_str(), paramid);
        r = _gtpgcnn.writeContent(deletesql);
    }
    _gtpgcnn.clearRes();
    _gtpgcnn.closeCnn();
    return r;
}