void main()
{
InitVoice();
// lock the external motor, prohibit motor moving when power up.
InitElecmotor();
InitUART(BAUD9600);
// #ifdef WX
// InitUART(BAUD1200);
// #endif
InitSensor();
InitTransceiver();
Externalmotor = Close;
Flash_Page_Erase(0x3000);
Flash_Write_Data(0x3000, 0x00);
Flash_Write_Data(0x3001, 0x25);
Flash_Write_Data(0x3002, 0x12);
Flash_Write_Data(0x3003, 0xf7);
Flash_Write_Data(0x3004, 0x85);
transmiter_EN = 1;
while(1)
{
}
}
void main(void)
{
InitVoice();
InitUART(BAUD1200);
#ifdef F2
InitUART(BAUD9600);
#endif
// �����жϳ�ʼ��
press_open_button = 1;
press_close_button = 1;
#ifdef WX
KBLS1 |= 0x03;
KBLS0 |= 0x03;
KBIF &= 0xfc;
KBIE |= 0x03;
EKB = 1;
#endif
EA = 1;
// Moto_EN = 1; //��ʼ�����ر����
voice_EN = 0; //����ʱ�������Źر�
P10 = 1;
// ADC_check_result = 0x3ff;
stolen_alarm_count = 0; //�屨��������
stolen_alarm_flag = 0; //�屨����־
// transmit_wire = 0;
transmiter_EN = 0; // turn off the transmitter
receiver_EN = 0; // turn on the receiver
transceiver_power_enable = 0; // �ϵ�ʱ����ģ���Դ�ر�
while(1)
{
#ifdef Z2
if(idle_EN == 1)
{
idle_EN = 0;
PCON |= 0x02;
}
#endif
sEOS_Go_To_Sleep();
}
}
void main() {
ALport alp;
FileDescriptor dacfd, sockfd;
int udp_port = 7000;
SynthState voices[2];
InitVoice(voices, 440);
InitVoice(voices+1, 220);
dacfd = InitAudio(&alp);
sockfd = initudp(udp_port);
if(sockfd<0) {
perror("initudp");
return;
}
InitPriority();
InitOSC(voices, voices+1);
MainLoop(alp, dacfd, sockfd, voices, voices+1);
}
