#include "STM32Lib\\stm32f10x.h"
#include "lcd_st7920.h"
#include "menu.h"
#include "main.h"

//////////////////////////////////////////////////////////////////////////////////

extern u8 MENU_TIME_DATA[7];
extern MFL_PARA MFL_PARA_A;

extern const u16 time_big_code[10];
extern const u16 data_big_code[7];

extern u8 lcd_post_select;		//ST7920选择

const u16 ascii_big_code[6] = {0xa3c1, 0xa3c2, 0xa3c3, 0xa3c4, 0xa3c5, 0xa3c6};

//////////////////////////////////////////////////////////////////////////////////

////////////////////////////////////////////////////////////////////////////////////////

extern u8 MENU_TIME_DATA[7];

extern const u16 time_big_code[10];
extern const u16 data_big_code[7];

u8 const DataStr[] = __DATE__;

/////////////////////////////////////////////////////////////////////////////////////////

//清屏
void menu_display_clean (void)
{
    lcd_display_string(0, 0, "                        ");
    lcd_display_string(1, 0, "                        ");
    lcd_display_string(2, 0, "                        ");
    lcd_display_string(3, 0, "                        ");
}

//显示欢迎界面
void menu_display_welcome (void)
{
    lcd_display_string(0, 0, "        欢迎使用        ");
    lcd_display_string(1, 0, "                        ");
    lcd_display_string(2, 0, "      智能时温控制仪    ");

    if (MFL_PARA_A.Redianou_Type == 0)
        lcd_display_string(3, 0, "                       K");
    else if (MFL_PARA_A.Redianou_Type == 1)
        lcd_display_string(3, 0, "                       S");
    else
        lcd_display_string(3, 0, "                        ");
}

//显示DEBUG
void menu_display_debug (void)
{
    lcd_display_string(0, 0, "        调试模式        ");
    lcd_display_string(1, 0, "冷端补偿：    ℃  --.-℃");
    lcd_display_string(2, 0, "ADC 校正：        ------");
    lcd_display_string(3, 0, "超温调节：    mV  ----mV");
}

//显示恢复出厂设置
void menu_display_reset (void)
{
    lcd_display_string(0, 0, "                        ");
    lcd_display_string(1, 0, "      恢复出厂设置      ");
    lcd_display_string(2, 0, "                        ");
    lcd_display_string(3, 0, "取消                确认");
}

/////////////////////////////////////////////////////////////////////////
//功能菜单界面
void menu_display_function (void)
{
    /*lcd_display_string(0,0,"        一功能          ");
    lcd_display_string(1,0,"①慢灰  ④罗加  ⑦自选B ");
    lcd_display_string(2,0,"②快灰  ⑤手动  ⑧碳素  ");
    lcd_display_string(3,0,"③挥发  ⑥自选A ⑨定温  ");*/

    lcd_display_string(0, 0, "        一功能          ");
    lcd_display_string(1, 0, "①慢灰  ④自选A ⑦快灰B ");
    lcd_display_string(2, 0, "②快灰  ⑤自选B ⑧预约  ");
    lcd_display_string(3, 0, "③挥发  ⑥罗加          ");
}

//设置菜单界面
void menu_display_program (void)
{
    lcd_display_string(0, 0, "        二设置          ");
    lcd_display_string(1, 0, "①自选A     ④温度校准  ");
    lcd_display_string(2, 0, "②自选B     ⑤控制系数  ");
    lcd_display_string(3, 0, "③时间设置  ⑥设备参数  ");
}

//信息菜单界面
void menu_display_message (void)
{
    lcd_display_string(0, 0, "        三信息          ");
    lcd_display_string(1, 0, "系统版本：HW6.0&SW7.0PM ");
    lcd_display_string(2, 0, "固件版本：              ");

    if (MFL_PARA_A.Redianou_Type == 0)
        lcd_display_string(3, 0, "热偶类型： K分度        ");
    else if (MFL_PARA_A.Redianou_Type == 1)
        lcd_display_string(3, 0, "热偶类型： S分度        ");
    else
        lcd_display_string(3, 0, "                        ");


    lcd_post (2, 5);
    lcd_display (DataStr[7]);
    lcd_display (DataStr[8]);
    lcd_display (DataStr[9]);
    lcd_display (DataStr[10]);
    //lcd_display (' ');

    if ((DataStr[0] == 'J') && (DataStr[1] == 'a') && (DataStr[2] == 'n'))
    {
        lcd_display ('0');
        lcd_display ('1');
    }
    else if ((DataStr[0] == 'F') && (DataStr[1] == 'e') && (DataStr[2] == 'b'))
    {
        lcd_display ('0');
        lcd_display ('2');
    }
    else if ((DataStr[0] == 'M') && (DataStr[1] == 'a') && (DataStr[2] == 'r'))
    {
        lcd_display ('0');
        lcd_display ('3');
    }
    else if ((DataStr[0] == 'A') && (DataStr[1] == 'p') && (DataStr[2] == 'r'))
    {
        lcd_display ('0');
        lcd_display ('4');
    }
    else if ((DataStr[0] == 'M') && (DataStr[1] == 'a') && (DataStr[2] == 'y'))
    {
        lcd_display ('0');
        lcd_display ('5');
    }
    else if ((DataStr[0] == 'J') && (DataStr[1] == 'u') && (DataStr[2] == 'n'))
    {
        lcd_display ('0');
        lcd_display ('6');
    }
    else if ((DataStr[0] == 'J') && (DataStr[1] == 'u') && (DataStr[2] == 'l'))
    {
        lcd_display ('0');
        lcd_display ('7');
    }
    else if ((DataStr[0] == 'A') && (DataStr[1] == 'u') && (DataStr[2] == 'g'))
    {
        lcd_display ('0');
        lcd_display ('8');
    }
    else if ((DataStr[0] == 'S') && (DataStr[1] == 'e') && (DataStr[2] == 'p'))
    {
        lcd_display ('0');
        lcd_display ('9');
    }
    else if ((DataStr[0] == 'O') && (DataStr[1] == 'c') && (DataStr[2] == 't'))
    {
        lcd_display ('1');
        lcd_display ('0');
    }
    else if ((DataStr[0] == 'N') && (DataStr[1] == 'o') && (DataStr[2] == 'v'))
    {
        lcd_display ('1');
        lcd_display ('1');
    }
    else if ((DataStr[0] == 'D') && (DataStr[1] == 'e') && (DataStr[2] == 'c'))
    {
        lcd_display ('1');
        lcd_display ('2');
    }
    else
    {
        lcd_display ('0');
        lcd_display ('0');
    }

    if (DataStr[4] == 0x20)
        lcd_display ('0');
    else
        lcd_display (DataStr[4]);
    lcd_display (DataStr[5]);
}

/////////////////////////////////////////////////////////////////////////
//设置菜单自选Ａ设置界面
void menu_display_program_a_user (void)
{
    lcd_display_string(0, 0, "自选Ａ  温度时间速率介入");
    lcd_display_string(1, 0, "第01段：0000 000 000 000");
    lcd_display_string(2, 0, "第02段：0000 000 000 000");
    lcd_display_string(3, 0, "第03段：0000 000 000 000");
}

//设置菜单自选Ｂ设置界面
void menu_display_program_b_user (void)
{
    lcd_display_string(0, 0, "自选Ｂ  温度时间速率介入");
    lcd_display_string(1, 0, "第01段：0000 000 000 000");
    lcd_display_string(2, 0, "第02段：0000 000 000 000");
    lcd_display_string(3, 0, "第03段：0000 000 000 000");
}

//输入校准系数界面
void menu_display_program_parameter (void)
{
    lcd_display_string(0, 0, "校  准  显示值  标偶值  ");
    lcd_display_string(1, 0, "第01点：0000℃  0000℃  ");
    lcd_display_string(2, 0, "第02点：0000℃  0000℃  ");
    lcd_display_string(3, 0, "第03点：0000℃  0000℃  ");
}

//设置菜单升温系数设置界面
void menu_display_program_pid (void)
{
    lcd_display_string(0, 0, "  参  数     A   B   C  ");
    lcd_display_string(1, 0, "01电网监控：            ");
    lcd_display_string(2, 0, "02功率挥回：            ");
    lcd_display_string(3, 0, "03经典回温：            ");
}

//设置菜单用户参数设置界面
void menu_display_program_user (void)
{
    /*lcd_display_string(0,0,"门缝值：慢0000  快0000  ");
    lcd_display_string(1,0,"速度值：ST0000  ET0000  ");
    lcd_display_string(2,0,"时  钟：19-09-25 22:43  ");
    lcd_display_string(3,0,"                        ");*/

    lcd_display_string(0, 0, "        时钟设置        ");
    lcd_display_string(1, 0, "                        ");
    lcd_display_string(2, 0, "                        ");
    lcd_display_string(3, 0, "返回                确认");
}

//设置菜单密码设置界面
void menu_display_program_password (void)
{
    lcd_display_string(0, 0, "                        ");
    lcd_display_string(1, 0, "请输入密码：0000        ");
    lcd_display_string(2, 0, "                        ");
    lcd_display_string(3, 0, "返回                确认");
}

//设置菜单系统参数设置界面
void menu_display_program_system (void)
{
    lcd_display_string(0, 0, "  设备参数   A   B   C  ");
    lcd_display_string(1, 0, "01保留参数：000 000 000 ");
    lcd_display_string(2, 0, "02保留参数：000 000 000 ");
    lcd_display_string(3, 0, "03保留参数：000 000 000 ");
}

//设置菜单保存询问界面
void menu_display_program_save (void)
{
    lcd_display_string(0, 0, "                        ");
    lcd_display_string(1, 0, "        参数保存?       ");
    lcd_display_string(2, 0, "                        ");
    lcd_display_string(3, 0, "取消                确认");
}

/////////////////////////////////////////////////////////////////
//慢灰界面
void menu_display_manhui (void)
{
    lcd_display_string(0, 0, "慢灰状态：              ");
    lcd_display_string(1, 0, "当前温度：----          ");
    lcd_display_string(2, 0, "进程时间：00-00-00      ");
    lcd_display_string(3, 0, "提示：                  ");
}

/////////////////////////////////////////////////////////////////
//经典快灰界面
void menu_display_kuaihui (void)
{
    lcd_display_string(0, 0, "经典快灰：              ");
    lcd_display_string(1, 0, "当前温度：----          ");
    lcd_display_string(2, 0, "进程时间：00-00-00      ");
    lcd_display_string(3, 0, "提示：                  ");
}


//快速快灰界面
void menu_display_kuaihuib (void)
{
    lcd_display_string(0, 0, "快速快灰：              ");
    lcd_display_string(1, 0, "当前温度：----          ");
    lcd_display_string(2, 0, "进程时间：00-00-00      ");
    lcd_display_string(3, 0, "提示：                  ");
}

/////////////////////////////////////////////////////////////////
//挥发界面
void menu_display_huifa (void)
{
    lcd_display_string(0, 0, "挥发状态：              ");
    lcd_display_string(1, 0, "当前温度：----          ");
    lcd_display_string(2, 0, "进程时间：00-00-00      ");
    lcd_display_string(3, 0, "提示：挥发实验请关烟囱  ");
}

/////////////////////////////////////////////////////////////////
//自选a界面
void menu_display_zixuan_a (void)
{
    lcd_display_string(0, 0, "自选Ａ组：第  段        ");
    lcd_display_string(1, 0, "温度：----    ／　0000  ");
    lcd_display_string(2, 0, "时间：00-00-00／00-00-00");
    lcd_display_string(3, 0, "提示：                  ");
}

/////////////////////////////////////////////////////////////////
//自选b界面
void menu_display_zixuan_b (void)
{
    lcd_display_string(0, 0, "自选Ｂ组：第  段        ");
    lcd_display_string(1, 0, "温度：----    ／　0000  ");
    lcd_display_string(2, 0, "时间：00-00-00／00-00-00");
    lcd_display_string(3, 0, "提示：                  ");
}

/////////////////////////////////////////////////////////////////
//校准界面
void menu_display_calibration (void)
{
    lcd_display_string(0, 0, "罗加状态：              ");
    lcd_display_string(1, 0, "当前温度：----          ");
    lcd_display_string(2, 0, "进程时间：00-00-00      ");
    lcd_display_string(3, 0, "提示：罗加实验请关烟囱  ");
}

//预约界面设置
void menu_display_reservation (void)
{
    lcd_display_string(0, 0, "预约状态：等待确认      ");
    lcd_display_string(1, 0, "当前时温：00:00 / --- ℃");
    lcd_display_string(2, 0, "预约时温：00:00 / --- ℃");
    lcd_display_string(3, 0, "提示：设置完成请按确认键");
}

/////////////////////////////////////////////////////////////////

//时钟读取
u8 pcf8563_read_time (u8 addr, u8 num, u8 *p)
{
    u8 n;

    iic1_start ();
    iic1_write_byte (PCF8563_ADDR_WR);
    iic1_write_byte (addr);

    iic1_start ();
    iic1_write_byte (PCF8563_ADDR_RD);

    for (n = 0; n < (num - 1); n++)
        *(p + n) = iic1_read_byte (0);

    *(p + n) = iic1_read_byte (1);
    iic1_stop ();

    return 1;
}

//时钟写入 秒分时天星期月年
u8 pcf8563_write_time (u8 addr, u8 num, u8 *p)
{
    u8 n;

    iic1_start ();
    iic1_write_byte (PCF8563_ADDR_WR);
    iic1_write_byte (addr);

    for (n = 0; n < num; n++)
        iic1_write_byte (*(p + n));

    iic1_stop ();

    return 1;
}

//地址为字节，24C64为32个字节一个页，主要不要跨页
u8 eeprom_24c64_write (u16 addr, u8 num, u8 *p)
{
    u8 n;
    u32 delay;

    iic1_start ();
    iic1_write_byte (M24C64_ADDR_WR);
    iic1_write_byte ((u8)(addr >> 8));
    iic1_write_byte ((u8)(addr));

    for (n = 0; n < num; n++)
        iic1_write_byte (*(p + n));

    iic1_stop ();

    for (delay = 0; delay < 606060; delay++); //1.806894ms (10000) 26.39022ms(100000) 264ms(1000000)

    return 1;
}

//地址为字节，24C64为32个字节一个页，主要不要跨页
u8 eeprom_24c64_read (u16 addr, u8 num, u8 *p)
{
    u8 n;

    iic1_start ();
    iic1_write_byte (M24C64_ADDR_WR);
    iic1_write_byte ((u8)(addr >> 8));
    iic1_write_byte ((u8)(addr));

    iic1_start ();
    iic1_write_byte (M24C64_ADDR_RD);

    for (n = 0; n < (num - 1); n++)
        *(p + n) = iic1_read_byte (0);

    *(p + n) = iic1_read_byte (1);
    iic1_stop ();

    return 1;
}

void iic1_start (void)
{
    IIC1_SCL_L;
    IIC1_SDA_H;
    IIC1_SDA_H;
    IIC1_SDA_H;
    IIC1_SDA_H;
    IIC1_SDA_H;
    IIC1_SDA_H;
    IIC1_SDA_H;
    IIC1_SDA_H;
    IIC1_SDA_H;
    IIC1_SDA_H;
    IIC1_SCL_H;
    IIC1_SCL_H;
    IIC1_SCL_H;
    IIC1_SCL_H;
    IIC1_SCL_H;
    IIC1_SCL_H;
    IIC1_SCL_H;
    IIC1_SCL_H;
    IIC1_SCL_H;
    IIC1_SCL_H;
    IIC1_SDA_L;
    IIC1_SDA_L;
    IIC1_SDA_L;
    IIC1_SDA_L;
    IIC1_SDA_L;
    IIC1_SDA_L;
    IIC1_SDA_L;
    IIC1_SDA_L;
    IIC1_SDA_L;
    IIC1_SDA_L;
    IIC1_SCL_L;
    IIC1_SCL_L;
    IIC1_SCL_L;
    IIC1_SCL_L;
    IIC1_SCL_L;
    IIC1_SCL_L;
    IIC1_SCL_L;
    IIC1_SCL_L;
    IIC1_SCL_L;
    IIC1_SCL_L;
}

void iic1_stop (void)
{
    IIC1_SCL_L;
    IIC1_SDA_L;
    IIC1_SCL_H;
    IIC1_SCL_H;
    IIC1_SCL_H;
    IIC1_SCL_H;
    IIC1_SCL_H;
    IIC1_SCL_H;
    IIC1_SCL_H;
    IIC1_SCL_H;
    IIC1_SCL_H;
    IIC1_SCL_H;
    IIC1_SDA_H;
    IIC1_SDA_H;
    IIC1_SDA_H;
    IIC1_SDA_H;
    IIC1_SDA_H;
    IIC1_SDA_H;
    IIC1_SDA_H;
    IIC1_SDA_H;
    IIC1_SDA_H;
    IIC1_SDA_H;
    IIC1_SDA_H;
    IIC1_SDA_H;
    IIC1_SDA_H;
    IIC1_SDA_H;
    IIC1_SDA_H;
    IIC1_SDA_H;
    IIC1_SDA_H;
    IIC1_SDA_H;
    IIC1_SDA_H;
    IIC1_SDA_H;
    IIC1_SCL_L;
}

u8 iic1_write_byte (u8 data)   //返回应答信号ACK
{
    u8 temp, n;

    temp = data;

    for (n = 0; n < 8; n++)
    {
        IIC1_SCL_L;
        IIC1_SCL_L;
        IIC1_SCL_L;
        IIC1_SCL_L;
        IIC1_SCL_L;
        IIC1_SCL_L;
        IIC1_SCL_L;
        IIC1_SCL_L;
        IIC1_SCL_L;
        IIC1_SCL_L;

        if (temp & 0x80)
            IIC1_SDA_H;
        else
            IIC1_SDA_L;

        IIC1_SCL_L;
        IIC1_SCL_L;
        IIC1_SCL_L;
        IIC1_SCL_L;
        IIC1_SCL_L;
        IIC1_SCL_L;
        IIC1_SCL_L;
        IIC1_SCL_L;
        IIC1_SCL_L;
        IIC1_SCL_L;
        IIC1_SCL_H;
        IIC1_SCL_H;
        IIC1_SCL_H;
        IIC1_SCL_H;
        IIC1_SCL_H;
        IIC1_SCL_H;
        IIC1_SCL_H;
        IIC1_SCL_H;
        IIC1_SCL_H;
        IIC1_SCL_H;

        temp <<= 1;
    }

    IIC1_SCL_L;
    IIC1_SDA_H;
    IIC1_SCL_L;
    IIC1_SCL_L;
    IIC1_SCL_L;
    IIC1_SCL_L;
    IIC1_SCL_L;
    IIC1_SCL_L;
    IIC1_SCL_L;
    IIC1_SCL_L;
    IIC1_SCL_L;
    IIC1_SCL_L;
    IIC1_SCL_H;
    IIC1_SCL_H;
    IIC1_SCL_H;
    IIC1_SCL_H;
    IIC1_SCL_H;
    IIC1_SCL_H;
    IIC1_SCL_H;
    IIC1_SCL_H;
    IIC1_SCL_H;
    IIC1_SCL_H;
    if (IIC1_SDA_READ())
        n = 0xff;
    else
        n = 0;
    IIC1_SCL_L;
    IIC1_SCL_L;
    IIC1_SCL_L;
    IIC1_SCL_L;
    IIC1_SCL_L;

    return n;
}

u8 iic1_read_byte (u8 ack)
{
    u8 temp, n;

    temp = 0;

    for (n = 0; n < 8; n++)
    {
        IIC1_SCL_L;
        IIC1_SCL_L;
        IIC1_SCL_L;
        IIC1_SCL_L;
        IIC1_SCL_L;
        IIC1_SDA_H;
        IIC1_SCL_H;
        IIC1_SCL_H;
        IIC1_SCL_H;
        IIC1_SCL_H;
        IIC1_SCL_H;
        temp <<= 1;

        if (IIC1_SDA_READ())
            temp++;;
    }

    IIC1_SCL_L;     //发送应答信号
    if (ack)
        IIC1_SDA_H;
    else
        IIC1_SDA_L;

    IIC1_SCL_L;
    IIC1_SCL_L;
    IIC1_SCL_L;
    IIC1_SCL_L;
    IIC1_SCL_L;
    IIC1_SCL_H;
    IIC1_SCL_H;
    IIC1_SCL_H;
    IIC1_SCL_H;
    IIC1_SCL_H;
    IIC1_SCL_L;
    IIC1_SCL_L;
    IIC1_SCL_L;
    IIC1_SCL_L;
    IIC1_SCL_L;

    return temp;
}

//地址为字节，24C64为32个字节一个页，主要不要跨页
u8 eeprom_24c64_read_byte (u16 addr)
{
    u8 temp;

    iic1_start ();
    iic1_write_byte (M24C64_ADDR_WR);
    iic1_write_byte ((u8)(addr >> 8));
    iic1_write_byte ((u8)(addr));

    iic1_start ();
    iic1_write_byte (M24C64_ADDR_RD);

    temp = iic1_read_byte (1);
    iic1_stop ();

    return temp;
}

//地址为字节，24C64为32个字节一个页，主要不要跨页
u8 eeprom_24c64_write_byte (u16 addr, u8 data)
{
    u8 temp;

    iic1_start ();
    iic1_write_byte (M24C64_ADDR_WR);
    iic1_write_byte ((u8)(addr >> 8));
    iic1_write_byte ((u8)(addr));

    temp = iic1_write_byte (data);

    iic1_stop ();

    return temp;
}