mySQL/test/test.cpp

#include <iostream>
#include <thread>
#include <chrono>
using namespace std;
using namespace chrono;

#include "../lib/mysql.hpp"
using namespace marcelb::mysql;

#include "../../asynco/lib/asynco.hpp"
#include "../../asynco/lib/timers.hpp"
using namespace marcelb::asynco;

int main() {
    auto inis = rtime_ms();
    try {
        // MySQL mydb("tcp://192.168.2.10:3306", "dinio", "H€r5elfInd1aH@nds", "dinio", 5, time_loop_type::internal);
        MySQL mydb("tcp://bitelex.ddns.net:3306", "dinio", "H€r5elfInd1aH@nds", "dinio", 12, time_loop_type::external);
        // MySQL mydb("tcp://bitelex.ddns.net:3306", "dinio", "H€r5elfInd1aH@nds", "dinio", 5);

        cout << "init: " << rtime_ms() - inis << endl;

        mydb.on_error = [](const string& error) {
            cout << error << endl;
        };

        periodic mysql_tloop ( [&mydb] () {
            try {
                auto start = rtime_ms();
                mydb.tloop();
                cout << "loop--------------------------- nema error, trajalo: " << rtime_ms() - start << endl;
            } catch (...) {
                cout << "Bude neki error u loopu" << endl;
            }
        }, 2000);

while (true) {
        sleep(60);

        auto start = high_resolution_clock::now();

        auto a1 = nonsync ( [&mydb] () {
            try {
                auto response =  mydb.exec<int,string>("SELECT id,domain FROM records WHERE enabled = 1;");
                cout << response.affected << " " << response.have_result << endl;
                cout << response.rows << " " << response.columns << endl;

                for (auto row : response) {
                    cout << get<0>(row) << " " << get<1>(row) << endl;
                }

                for (auto column_name : response.columns_name) {
                    cout << column_name << endl;
                }

            } catch (const SQLException error) {
                cout << error.what() << endl;
            }
        });

        auto a2 = nonsync ( [&mydb] () {
            try {
                auto response =  mydb.exec<string,string>("SELECT zonename,auth_key FROM zones;");
                cout << response.affected << " " << response.have_result << endl;
                cout << response.rows << " " << response.columns << endl;

                for (auto row : response) {
                    cout << get<0>(row) << " " << get<1>(row) << endl;
                }

                for (auto column_name : response.columns_name) {
                    cout << column_name << endl;
                }

            } catch (const SQLException error) {
                cout << error.what() << endl;
            }
        });

        auto a3 = nonsync ( [&mydb] () {
            try {
                auto response =  mydb.exec<string,string>("SELECT username,email FROM users WHERE enabled = 1;");
                cout << response.affected << " " << response.have_result << endl;
                cout << response.rows << " " << response.columns << endl;

                for (auto row : response) {
                    cout << get<0>(row) << " " << get<1>(row) << endl;
                }

                for (auto column_name : response.columns_name) {
                    cout << column_name << endl;
                }

            } catch (const SQLException error) {
                cout << error.what() << endl;
            }
        });

        auto a4 = nonsync ( [&mydb] () {
            try {
                auto response =  mydb.exec<int,string>("SELECT id,domain FROM records WHERE enabled = 1;");
                cout << response.affected << " " << response.have_result << endl;
                cout << response.rows << " " << response.columns << endl;

                for (auto row : response) {
                    cout << get<0>(row) << " " << get<1>(row) << endl;
                }

                for (auto column_name : response.columns_name) {
                    cout << column_name << endl;
                }

            } catch (const SQLException error) {
                cout << error.what() << endl;
            }
        });

        auto a5 = nonsync ( [&mydb] () {
            try {
                auto response =  mydb.exec<string,string>("SELECT zonename,auth_key FROM zones;");
                cout << response.affected << " " << response.have_result << endl;
                cout << response.rows << " " << response.columns << endl;

                for (auto row : response) {
                    cout << get<0>(row) << " " << get<1>(row) << endl;
                }

                for (auto column_name : response.columns_name) {
                    cout << column_name << endl;
                }

            } catch (const SQLException error) {
                cout << error.what() << endl;
            }
        });

        auto a6 = nonsync ( [&mydb] () {
            try {
                auto response =  mydb.exec<string,string>("SELECT username,email FROM users WHERE enabled = 1;");
                cout << response.affected << " " << response.have_result << endl;
                cout << response.rows << " " << response.columns << endl;

                for (auto row : response) {
                    cout << get<0>(row) << " " << get<1>(row) << endl;
                }

                for (auto column_name : response.columns_name) {
                    cout << column_name << endl;
                }

            } catch (const SQLException error) {
                cout << error.what() << endl;
            }
        });

        wait(a1);
        wait(a2);
        wait(a3);
        wait(a4);
        wait(a5);
        wait(a6);


        auto end = high_resolution_clock::now();
        auto duration = duration_cast<microseconds>(end - start);
        cout << "-------------Izvršilo se za: " << (double)(duration.count() / 1000.0) << " ms"<< endl;
        
        
}       
        sleep(100);

    } catch (const SQLException error) {
        cout << error.what() << endl;
    } catch (const string error) {
        cout << error << endl;
    } catch (...) {
        cout << "Jebi ga" << endl;
    }

    // sleep(600);
    _asynco_engine.run();

    return 0;
}