void setup()
{
Serial.begin(38400);
pinMode(PIN_SW,INPUT);
pinMode(PIN_LED3,OUTPUT);
Init_OLED(MARY2);
OLED_printf_Font(OLED_FONT_MEDIUM);
OLED_printf_Position(0, 0);
OLED_printf_Color(OLED_WHT, OLED_BLK);
OLED_printf_Font(OLED_FONT_MEDIUM);
OLED_printf_Position(0, 1);
OLED_printf_Color(OLED_WHT, OLED_BLK);
OLED_printf(MARY2,"TOKUSHU");
OLED_printf_Position(1, 3);
OLED_printf_Color(OLED_YEL, OLED_BLK);
OLED_printf(MARY2,"DENSHI");
OLED_printf_Position(1, 5);
OLED_printf_Color(OLED_BLU, OLED_BLK);
OLED_printf(MARY2,"KAIRO");
OLED_printf_Position(2, 7);
OLED_printf_Color(OLED_CYN, OLED_BLK);
OLED_printf(MARY2,"Inc.");
delay(1000);
}
volatile void Init_Devicelib(){
Init_OLED();
En_OLED();
Init_TA();
Init_TB();
ClearISRMessage(&ISRMSG);
}
int main(void)
{
//系统时钟设置.
//对于LM3S8962来说,外部晶体只能在1-8MHZ之间.但是ADC需要14-18Mhz才能正常工作,所以必须使用PLL
//PLL频率400MHZ,预先被2分频输出,所以SYSDIV_4之后得到50MHZ.
//该函数配置系统使用8M晶体,使能PLL,系统时钟50M.ADC的时钟直接由PLL/25(400/25=18Mhz)获得
SysCtlClockSet(SYSCTL_SYSDIV_4|SYSCTL_USE_PLL|SYSCTL_OSC_MAIN|SYSCTL_XTAL_8MHZ);
//SysCtlClockSet(SYSCTL_SYSDIV_1|SYSCTL_USE_OSC|SYSCTL_OSC_MAIN|SYSCTL_XTAL_8MHZ);
Init_OLED();
Init_ADC0();
Init_Timer_A();
while(1)
{
};
return 0;
}
/*******************************************************************************
**函 数： KeyInit
**功 能： 初始化
**参 数： unitID --单元号
**返 回： void
*******************************************************************************/
void KeyInit(u8 unitID)
{
u8 i;
Battery_Init();
Init_OLED();
_74HC595_Init();
ShowLED_OpenAll();
if(1 == Battery_GetPercent(&gPowerPercent))
{
if(gPowerPercent <= 8) //电量小于8%时自动提示用户充电，3s以后休眠
{
OLED_ShowPicAt(36,2,56,32,PicPower);
Thread_Login(ONCEDELAY, 0,3000,&Standby_Mode);
for(;;);
}
}
EEPROM_Read(ADDR_PASSWORD, 4, &gPassword[0]);
if((gPassword[0]>6)||(gPassword[1]>6)||(gPassword[2]>6)||(gPassword[3]>6))
{
gPassword[0] = 0;
gPassword[1] = 0;
gPassword[2] = 0;
gPassword[3] = 0;
}
if((gPassword[0]==0)||(gPassword[1]==0)||(gPassword[2]==0)||(gPassword[3]==0))
{
gPswFlag = 0; //无密码
}
else gPswFlag = 1; //有密码
Thread_Login(FOREVER, 0, 5 , &Key_Handle); //5ms 按键
Thread_Login(FOREVER, 0, 100, &LowPower_CheckTime); //100ms*100 = 10s 睡眠
Thread_Login(FOREVER, 0, 200 ,&Battery_Show);
Get_CurrentKeyState(&gKeyPrevState);
if((gKeyPrevState.KeyValue > MAX_TOUCH_KEY)||(!gKeyPrevState.KeyValue))
{
gKeyPrevState.KeyValue = first_key;
}
if((gKeyPrevState.KeyType > KEY_LONG)||(KEY_NONE == gKeyPrevState.KeyType))
{
gKeyPrevState.KeyType = KEY_SHORT;
}
gKeyCh[gKeyPrevState.KeyValue].Status = gKeyPrevState.KeyType;
for(i = 1;i < MAX_TOUCH_KEY;i++)
{
if(gKeyPrevState.KeyStatusVal[i] > 1)
{
gKeyPrevState.KeyStatusVal[i] = SW_OFF;
}
gKeyStatus[i].Status = gKeyPrevState.KeyStatusVal[i];
}
switch(gKeyPrevState.KeyType)
{
case KEY_SHORT:
{
if(SW_ON == gKeyStatus[gKeyPrevState.KeyValue].Status)
{
OLED_ShowHalfPicAt(4,PicTab[gKeyPrevState.KeyValue]);
}
else
{
OLED_ShowHalfPicAt(4,PicTab[gKeyPrevState.KeyValue + 32]);
}
}break;
case KEY_LONG:
{
OLED_ShowHalfPicAt(4,PicTab[gKeyPrevState.KeyValue + 16]);
}break;
default:break;
}
Battery_Show_State();
Upload(1);
}
