void ScriptCtrl_Init(void)
{
gScriptBuf.inLoop = Eeprom_Read(EEPROM_SCRIPTBUF_INLOOP);
gScriptBuf.read = Eeprom_Read(EEPROM_SCRIPTBUF_READ);
gScriptBuf.write = Eeprom_Read(EEPROM_SCRIPTBUF_WRITE);
gScriptBuf.execute = gScriptBuf.read;
gScriptBuf.isRunning = TRUE;
}
void AnalogIn_AutoSendInit( )
{
int autosend;
Eeprom_Read( EEPROM_ANALOGIN_AUTOSEND, (uchar*)&autosend, 4 );
if( !((autosend >> 16) & 0xFF) == AUTOSENDSAVE )
AnalogIn->autosend = AUTOSENDSAVE << 16;
else
/**
Read the board's name.
@return The board's name as a string.
\b Example
\code
char* board_name = System_GetName();
\endcode
*/
char* System_GetName( )
{
System_SetActive( 1 );
if( System->name[0] == 0 )
{
char* ptr;
ptr = System->name;
int i;
bool legal = false;
for( i = 0; i <= SYSTEM_MAX_NAME; i++ )
{
Eeprom_Read( EEPROM_SYSTEM_NAME + i, (uchar*)ptr, 1 );
if( *ptr == 0 )
break;
if( !isalnum( *ptr ) && *ptr != ' ' )
{
legal = false;
break;
}
legal = true;
if( i == SYSTEM_MAX_NAME && *ptr != 0 )
*ptr = 0;
ptr++;
}
if( !legal )
{
strcpy( System->name, "Make Controller Kit" );
System_SetName( System->name );
}
}
return System->name;
}
/**
Gets the board's Serial Number.
Each board has a serial number, although it's not necessarily unique
as you can reset it as you please.
The serial number is used to determine the Ethernet MAC address, so boards
on the same network need to have unique serial numbers.
@return CONTROLLER_OK ( = 0 ).
\b Example
\code
// get this board's serial number
int sernum = System_GetSerialNumber();
\endcode
*/
int System_GetSerialNumber( void )
{
int serial;
if ( Eeprom_Read( EEPROM_SYSTEM_SERIAL_NUMBER, (uchar*)&serial, 4 ) == CONTROLLER_OK )
return serial & 0xFFFF;
return 0;
}
int System_GetAutoSendInterval( )
{
System_SetActive( 1 );
if( System->autoInterval == ASYNC_INIT )
{
int interval;
Eeprom_Read( EEPROM_OSC_ASYNC_INTERVAL, (uchar*)&interval, 4 );
if( interval >= 0 && interval <= 5000 )
System->autoInterval = interval;
else
System->autoInterval = 10;
}
return System->autoInterval;
}
int System_GetAsyncDestination( )
{
System_SetActive( 1 );
if( System->asyncDestination == ASYNC_INIT )
{
int async;
Eeprom_Read( EEPROM_OSC_ASYNC_DEST, (uchar*)&async, 4 );
if( async >= 0 && async <= (OSC_CHANNEL_COUNT-1) )
System->asyncDestination = async;
else
System->asyncDestination = ASYNC_INACTIVE;
}
return System->asyncDestination;
}
void main()
{
b=1;
trisb = 0b00001111;
trisc = 0b10000000;
portc = 0;
///////////// Store The Password(12345) //////////
Eeprom_Write(0x00,1);
Eeprom_Write(0x01,2);
Eeprom_Write(0x02,3);
Eeprom_Write(0x03,4);
Eeprom_Write(0x04,5);
//////////////////////////////////////////
Lcd_Init(&portd);
S: Lcd_Cmd(Lcd_Clear);
Lcd_Out_Cp("Ent Pass:"******"*");
delay_ms(700);
do{
K = Key_Read();
}
while(k==20);
// Lcd_Out_Cp("*");
if(k==10)
{
////////////// Detection Process /////////////////////
for(i = 0;i <= 4;i++)
{
if(sum==0) sum = sum + (Eeprom_Read(i) - Eeprom_Read(i + 5));
}
if(sum == 0){ b=1;
Lcd_Out(2,1,"OPEN");
portc=1;
//do
//{
for(x=1000 ; x>2; x--)
{
delay_ms(10);
PORTC=PORTC<<1;
if (PORTc.F4) PORTC=1;
}
delay_ms(5000);
for(x=1000; x>2; x--)
{
delay_ms(10);
PORTC=PORTC>>1;
if (PORTC==0) PORTc=8;
}
for(a=0;a<5;a++)
{ Eeprom_Write(a+5,19);
}
goto S;
}
else {
Lcd_Out(2,1,"ERORR");
b++;
delay_ms(500);
if(b==4){
while(1){delay_ms(500); Lcd_Out(2,1,"LOCKED"); }}
} } }
