#include "../CMSIS/gd32f10x.h"
#include "systick.h"
#include "../Hardware/boardinit.h"
#include "../App/xspDataOpt.h"
#include "../App/taskOpt.h"
#include "../App/air780e.h"
#include "../App/masterslave.h"

extern volatile uint32_t g_tick;
int main(void)
{
    systick_config();
		
    board_init();
//    init_flash();
    rct_init();
    epprom_power_up_deal();
    ota_power_up_read_update_status();
    printf_dev_msg();
    srand(g_devMsg.devSn);

    //powerup_read_record_from_flash(g_xspReDa.data);
    //power_up_read_comm_min_time();

    uart_init();
    init_mqtt_power_up(); //连接4G

    init_run_data();

    
    while(1){
        if(key_scan()){
            printf("按键按下 按键=%x, 次数=%d\r\n",g_keyinfo.keyVal,g_keyinfo.count);
            key_opteration();
            g_keyinfo.count = 0;
            g_keyinfo.keyVal = 0;
        }
        if((B4G_HAVE == g_devMsg.bHave4G)){ // 有4G模块
            if((0==g_4gMsg.bconnect) && (WORK_UPDATE != g_devMsg.workMode)){ // 重连4G模块
                g_devMsg.baskIdentity = 0x00;
                if(timeout_isOut(&g_4gMsg.timer)){ // 上次时间超时
                    init_4g_power_up();
                    init_mqtt_power_up();
                }
            }
            dev_4g_up_status_to_server(); // 有4G的从设备上发状态信息
            master_deal_4g_rx_data(); // 处理4G的接收fifo
            if(WORK_UPDATE != g_devMsg.workMode) {
                master_work_loop();
            }
            if(1 == g_up7segData.bOpen) open_8seg_test_mode();// 调试模式
        }
        analysis_485_rx_fifo(); // 读取485的接收fifo
        master_deal_4g_tx_data(); // 读取 4G的发送fifo，并发送数据到服务器
        if(WORK_UPDATE == g_devMsg.workMode){
            ota_check_update_timer();
            ota_offline_handle();//离线升级
        }
        ota_update_deal_upstatus();//处理升级的状态上报
    }
}