int main(void){
char i = 0;
char temp;
lcd_init();
init_serial();
char buf[16]={0};
while(1){
while((UCSR0A&(1<<RXC0)) == 0); // Wait for character input
temp = UDR0;
while((UCSR0A&(1<<UDRE0)) == 0); // Wait for release of input
if(temp == ','){
buf[15] = '\0';
my_send_string(buf);
printLCD(buf);
for(i=0; i<16; i++){
buf[i] = 0;
}
i = 0; //Reset indexer
}
else{
buf[i] = temp;
i++;
}
}
}
void init_music(){
int clusterLength, secCount;
search_for_filetype("WAV", &returnData,0,1);
printLCD(returnData.Name, "Buffering...");
clusterLength = 1+ ceil( (float) returnData.FileSize / bytePerCluster);
build_cluster_chain(cc, clusterLength, &returnData);
play_type = IORD(SWITCH_PIO_BASE, 0) & 0x07;
LCD_Display(returnData.Name, play_type);
}
int main (void)
{
Initialization();
show_mhz(); // Display CPU speed
TimerWait(1000); // Wait 1 second
while(1)
{
printLCD("Show ADC"); // Display the text in quotes on the LCD
while (!KEY_VALID); // Wait for joystick to be moved or pressed.
if (getkey() == 1) // If enter was pressed then do what is in the braces, just skip over it.
{
TimerWait(500); // debounce joystick button
showADC();
printLCD("Back ADCs");
TimerWait(2000);
}
printLCD("Balance"); // Display the text in quotes on the LCD
while (!KEY_VALID); // Wait for joystick to be moved or pressed.
if (getkey() == 1) // If enter was pressed then do what is in the braces, else just continue.
{
TimerWait(500); // debounce joystick button
balance();
printLCD("Back Balance");
TimerWait(2000);
}
printLCD("rprintf"); // Display the text in quotes on the LCD
while (!KEY_VALID); // Wait for joystick to be moved or pressed.
if (getkey() == 1) // If enter was pressed then do what is in the braces, else just continue.
{
TimerWait(500); // debounce joystick button
rprintf_test();
printLCD("Back rprintf");
TimerWait(2000);
}
printLCD("PWM Test"); // Display the text in quotes on the LCD
while (!KEY_VALID); // Wait for joystick to be moved or pressed.
if (getkey() == 1) // If enter was pressed then do what is in the braces, else just continue.
{
TimerWait(500); // debounce joystick button
PWM_Test();
printLCD("Back PWM Test");
TimerWait(3000);
}
}
}
void printTripHystory(signed int point)
{
int temp;
LCD_clear();
temp = point + '0';
strcpy(st, "TRIP [0]");
st[6] = point + '0';
PrintLCD(0,0,st);
delay_sec();
sci_rx_msg_start = sci_rx_msg_end = 0;
strcpy(gSciTxBuf,"9:4:903:0.000e+1"); // rq trip code
gSciTxBuf[8] = temp;
SendSciString( gSciTxBuf );
delay_sec();
if( getSciMsg(st)) printLCD(0,10,st); // disp code
else DisplayChar( 0 , 10, '-');
sci_rx_msg_start = sci_rx_msg_end = 0;
strcpy(gSciTxBuf,"9:4:903:0.500e+1"); // trip time
gSciTxBuf[8] = temp;
SendSciString( gSciTxBuf );
delay_sec();
if( getSciMsg(st)) printLCD(2,0,st); // time
else DisplayChar( 2 , 1, '-');
sci_rx_msg_start = sci_rx_msg_end = 0;
strcpy(gSciTxBuf,"9:4:903:0.600e+1"); // rq trip message
gSciTxBuf[8] = temp;
SendSciString( gSciTxBuf );
delay_sec();
if( getSciMsg(st)) printLCD(1,0,st); // disp message
else DisplayChar( 1 , 1, '-');
sci_rx_msg_start = sci_rx_msg_end = 0;
strcpy(gSciTxBuf,"9:4:903:0.400e+1"); // trip VDC
gSciTxBuf[8] = temp;
SendSciString( gSciTxBuf );
delay_sec();
if( getSciMsg(st)) printLCD(3,0,st); // debug
else{
strcpy(st," - ");
printLCD(3,0,st);
}
sci_rx_msg_start = sci_rx_msg_end = 0;
strcpy(gSciTxBuf,"9:4:903:0.100e+1"); // trip data
gSciTxBuf[8] = temp;
SendSciString( gSciTxBuf );
delay_sec();
if( getSciMsg(st)) printLCD(3,10,st); // debug
else DisplayChar( 3 , 10, '-');
}
/*--------------------------------------------------------------------------------------------------------------------
Function: Main
Description: Main routine
Revisions:
--------------------------------------------------------------------------------------------------------------------*/
void main(void)
{
General_Init();
Oscillator_Init();
Timer_Init();
Voltage_Reference_Init();
DAC_Init();
Interrupts_Init();
initLCD();
P2 = 0x0;
while(1)
{
//Allow user to change current gamestate. i.e. menu or playing
Check_State_Change(); //STILL NEEDED AS OF 5:41PM 4/5/15
//Execute the current state chosen
switch (gameState)
{
case 0: /* Volume Menu */
//Clear any previous visuals
printLCD("Volume Levels");
blink();
Change_Volume();
Display_Volume();
Change_Octave();
break;
case 1: /* Play Menu */
PORT1_TO_PLAY_TONE();
break;
}
}
//This is a debug counter that should never, EVER execute. So, delete it when you have no issues at the end.
// while(1)
// {
// debugcounter +=1;
// }
}
int main (void)
{
// Inicializamos la placa
initBoard();
// Inicializamos el LCD
configLCD(&databusLCD, &enPinLCD, &rwPinLCD, &rsPinLCD);
// Escribimos texto en el LCD
printLCD("Wake up Neo");
// Bucle infinito
while(1)
{
// Parpadeamos el led
togglePin(&LED[0]);
delay_ms(500);
}
return 0;
}
int Platform_Get_ID_by_card(char *buf, int timeoutseconds) {
char magbuf[384];
int retries=6;
int ticks = timeoutseconds * 20;
long eventreceived;
// clear out events. but if EVT_KBD was flipped, then there is probably key input.
// This is important, because a call to this was probably preceded by a hit on the
// fingerprint reader, which would have exited upon detecting a key event.
eventreceived = read_evt(EVT_KBD);
if (eventreceived) return 0;
while (1) {
int rv;
int TempY = CurrentYPixelPosition;
char *s;
char *track1,*track2,*track3;
while (1) {
// this while loop will peek for events, but keep calling Platform_yield_ms while waiting.
eventreceived = peek_event();
if (eventreceived & EVT_KBD) return 0;
if (eventreceived & EVT_MAG) break;
if (--ticks <= 0) return -2;
Platform_yield_ms(50);
}
// Clear mag event
read_evt(EVT_MAG);
// point tracks at valid pointer
track1=track2=track3="";
// Attempt to read the mag
rv = read(hMagReader,magbuf,384);
// If swiped, then the card data is going to need parsing.
// We are only interested in tracks that contain valid data, and 5, 12, or 14 digits.
// note that key_card_entry adds 2 bytes to each track.
if (rv > 10) {
// Turn these into null-terminated strings where the 1st byte is the status byte.
// Note, format is C1 S1 ... C2 S2 ... C3 S3 ...
// where Cn is the length of all track n data (including the count byte)
// and Sn is the status byte, and ... is any data read.
track1=magbuf;
track2=&magbuf[magbuf[0]];
track3=&magbuf[magbuf[0]+magbuf[magbuf[0]]];
track3[*track3]=0; // null for track3
track3[0]=0; // null for track2
track2[0]=0; // null for track1
track1++,track2++,track3++; // now these all point at the status byte preceding the null-termed string.
// THE STATUS BYTES NEED TO BE 0 TO INDICATE GOOD DATA.
// IF DATA IS GOOD, ADJUST POINTER TO POINT AT GOOD DATA. IF NOT, SET POINTER TO EMPTY STRING
if (*track1==0) track1++; else track1="";
if (*track2==0) track2++; else track2="";
if (*track3==0) track3++; else track3="";
// Find a track beginning with 9622 and length 12 or 14, in order of tracks 1,2,3
if (strncmp(track1,"9622",4)==0 && (strlen(track1)==12 || strlen(track1)==14)) {
strcpy(buf,track1+4);
return 1;
} else if (strncmp(track2,"9622",4)==0 && (strlen(track2)==12 || strlen(track2)==14)) {
strcpy(buf,track2+4);
return 1;
} else if (strncmp(track3,"9622",4)==0 && (strlen(track3)==12 || strlen(track3)==14)) {
strcpy(buf,track3+4);
return 1;
} else if (strlen(track1)==5) {
strcpy(buf,track1);
return 1;
} else if (strlen(track2)==5) {
strcpy(buf,track2);
return 1;
} else if (strlen(track3)==5) {
strcpy(buf,track3);
return 1;
}
}
if (--retries==0) return -1;
CurrentXPixelPosition=0;
// flush mag
while (read(hMagReader,magbuf,384) > 0);
s="\v \bPlease try again";
// If tracks 1 and 2 were SOMETHING, then this is probably a Visa/Mastercard
if (track1[0] != 0 && track2[0] != 0) {
s="\v Not a valid time card";
}
printLCD(s);
CurrentYPixelPosition = TempY;
Platform_error_tone();
Platform_yield_ms(800);
}
}
void TimeDataSetProc() // 시간 설정
{
BUTTON KeyIn;
char ChangeCode = 0;
int loopCtrl = 1;
signed int point=0;
int i;
machine_state = STATE_TIME_MODE;
LCD_Clear();
strcpy(st, "DATE & TIME SETTING ");
PrintLCD(0,0,st);
strcpy(gSciTxBuf,"9:4:906:0.000e-0");
SendSciString( gSciTxBuf );
sci_rx_msg_start = sci_rx_msg_end = 0;
delay_ms(100);
delay_ms(100);
getSciMsg(st); printLCD(1,0,st);
printLCD(3,0,st);
for( i = 0; i< 12 ; i++ ) Code[i] = st[ DATE_POS[i]];
Cursor(3,DATE_POS[point],DISPLAY_CURSE_BLINK_ON);
while(loopCtrl){
ChangeCode = 1;
KeyIn = GetKey();
if ( KeyIn == BTN_UP ) (Code[point])++;
else if ( KeyIn == BTN_DOWN) (Code[point])--;
else if ( KeyIn == BTN_ESC) point--;
else if (KeyIn == BTN_RIGHT) point ++;
else if ( KeyIn == BTN_STOP){
machine_state = STATE_SET_MODE;
return;
}
else if ( KeyIn == BTN_SAVE){
strcpy(gSciTxBuf,"9:4:904:0.");
strcpy(&(gSciTxBuf[10]),Code);
SendSciString( gSciTxBuf );
delay_ms(50);
strcpy(gSciTxBuf,"9:4:904:1.");
strcpy(&(gSciTxBuf[10]),&Code[6]);
SendSciString( gSciTxBuf );
strcpy(gSciTxBuf,"9:4:906:0.000e-0");
SendSciString( gSciTxBuf );
sci_rx_msg_start = sci_rx_msg_end = 0;
delay_ms(50); getSciMsg(st); printLCD(1,0,st);
}
else if ( KeyIn == BTN_SET){
strcpy(gSciTxBuf,"9:4:906:0.000e-0");
SendSciString( gSciTxBuf );
sci_rx_msg_start = sci_rx_msg_end = 0;
delay_ms(100);
delay_ms(100);
getSciMsg(st); printLCD(1,0,st);
printLCD(3,0,st);
for( i = 0; i< 12 ; i++ ) Code[i] = st[ DATE_POS[i]];
Cursor(3,DATE_POS[point],DISPLAY_CURSE_BLINK_ON);
}
else ChangeCode = 0;
if (point > 11) point = 0;
else if (point < 0 ) point = 11;
if (Code[point] > '9') Code[point] = '0';
else if (Code[point] < '0') Code[point] = '9';
if(ChangeCode == 1)
{
DisplayChar(3,DATE_POS[point],Code[point]);
Cursor(3,DATE_POS[point],DISPLAY_CURSE_BLINK_ON);
}
}
}
void EditCodeDataProc()
{
BUTTON KeyIn;
int i;
int loopCtrl = 1;
int changeCode;
LCD_Clear();
strcpy(st,msgEditAddr); PrintLCD(0,0,st);
SerialPortSetup();
for ( i = 0; i< 9;i++) Code[i] = '0';
Code[7] = '+';
CodeID = 0;
Cursor(CODE_POS[CodeId][0],CODE_POS[CodeId][1],CURSOR_BLINK);
while( loopCtrl)
{
KeyIn = GetKey();
changeCode = 1;
Cursor(CODE_POS[CodeID][0],CODE_POS[CodeID][1],DISPLAY_CURSE_BLINK_ON);//CURSOR_OFF);
if ( KeyIn == BTN_ESC){
if(CodeId == 0) CodeID = 8 ;
else CodeID -- ;
}
else if ( KeyIn == BTN_SET){
for( i = 1 ; i< 4; i++ ) clear_line(i);
CopyCode2TxMsg(SCI_CMD_READ_DATA);
//--- write data
gSciTxBuf[9] ='.'; gSciTxBuf[10] ='0'; gSciTxBuf[11] ='0'; gSciTxBuf[12] ='0';
//--- exponent part
gSciTxBuf[13] ='e'; gSciTxBuf[14] ='+'; gSciTxBuf[15] ='0';
//--- print code discription
gSciTxBuf[8] ='1';
sci_rx_msg_start = sci_rx_msg_end = 0;
SendSciString( gSciTxBuf );
delay_ms(100);
i = getSciMsg(st);
if(i) printLCD(2,0,st);
else {
strcpy(st,"NO Received Data");
printLCD(1,0,st);
}
gSciTxBuf[8] ='2';
sci_rx_msg_start = sci_rx_msg_end = 0;
// for(clearcnt = 0; clearcnt <40; clearcnt++) sci_rx_msg_box[clearcnt] = 0;
SendSciString( gSciTxBuf );
delay_ms(100);
i = getSciMsg(st);
if(i) printLCD(3,0,st);
else {
strcpy(st,"NO Received Data");
printLCD(3,0,st);
}
}
else if ( KeyIn == BTN_SAVE ){
lcd_x_posi=0; lcd_y_posi=1;
CopyCode2TxMsg(SCI_CMD_WRITE_ROM);
SendSciString( gSciTxBuf );
delay_ms(50); getSciMsg(st); printLCD(1,0,st); // debug
}
else if ( KeyIn == BTN_DOWN){
if(CodeID == 7 ){
if( Code[CodeID] == '+') Code[CodeID] = '-';
else Code[CodeID] = '+';
}
else {
if ( Code[CodeID] > '9') Code[CodeID] = '9';
else if ( Code[CodeID] <= '0') Code[CodeID] = '9';
else Code[CodeID]--;
}
}
else if ( KeyIn == BTN_UP ){
if(CodeID == 7 ){
if( Code[CodeID] == '+') Code[CodeID] = '-';
else Code[CodeID] = '+';
}
else {
if ( Code[CodeID] < '0') Code[CodeID] = '0';
else if( Code[CodeID] >= '9') Code[CodeID] = '0';
else Code[CodeID]++;
}
}
else if ( KeyIn == BTN_RIGHT){
if(CodeId == 8) CodeID = 0 ;
else CodeID ++ ;
}
else if ( KeyIn == BTN_STOP){
machine_state = STATE_SET_MODE;
loopCtrl = 0;
return;
}
else changeCode = 0;
if(changeCode == 1 ){
DisplayChar(CODE_POS[CodeID][0],CODE_POS[CodeID][1],Code[CodeID]);
Cursor(CODE_POS[CodeID][0],CODE_POS[CodeID][1],CURSOR_BLINK);
}
}
}
void monitor_converter()
{
BUTTON KeyIn;
unsigned int disp_count=0;
int loopCtrl =1;
int debug;
LCD_Clear();
LCD_Cmd(CURSOR_OFF);
while( loopCtrl)
{
KeyIn = GetKey();
lcd_y_posi = 1; lcd_x_posi = 0;
debug =getSciMsg(st);
if( debug ) {
if(debug > 19 ); st[19] = 0;
printLCD(lcd_y_posi,lcd_y_posi,st);
}
if ( KeyIn == BTN_SET ){ machine_state = STATE_SET_MODE; loopCtrl = 0; return;}
else if (KeyIn == BTN_RUN ){ strcpy(gSciTxBuf,"9:4:905:0.000e-0"); SendSciString( gSciTxBuf );}
else if (KeyIn == BTN_STOP ){ strcpy(gSciTxBuf,"9:4:905:1.000e-0"); SendSciString( gSciTxBuf );}
else if (KeyIn == BTN_UP ){ strcpy(gSciTxBuf,"9:4:905:2.000e-0"); SendSciString( gSciTxBuf );}
else if (KeyIn == BTN_DOWN ){ strcpy(gSciTxBuf,"9:4:905:3.000e-0"); SendSciString( gSciTxBuf );}
else{
if( disp_count == 0){
lcd_y_posi = 0; lcd_x_posi = 0;
strcpy(gSciTxBuf,"9:4:901:0.000e-0");
}
else if( disp_count == 1){
lcd_y_posi = 0; lcd_x_posi = 10;
strcpy(gSciTxBuf,"9:4:902:0.000e-0"); // Power Input
}
else if( disp_count == 2){
lcd_y_posi = 2; lcd_x_posi = 0;
strcpy(gSciTxBuf,"9:4:902:1.000e-0"); // Vdc
}
else if( disp_count == 3){
lcd_y_posi = 2; lcd_x_posi = 10;
strcpy(gSciTxBuf,"9:4:902:2.000e-0"); // I RMS Source
}
else if( disp_count == 4){
lcd_y_posi = 3; lcd_x_posi = 0;
strcpy(gSciTxBuf,"9:4:902:3.000e-0"); // I alpa
}
else {
lcd_y_posi = 3; lcd_x_posi = 10;
strcpy(gSciTxBuf,"9:4:902:4.000e-0"); // I beta
}
sci_rx_msg_start = sci_rx_msg_end = 0;
SendSciString( gSciTxBuf );
delay_ms(50);
debug = getSciMsg(st);
if( debug ) {
if( debug> 9);
st[10] = 0;
printLCD(lcd_y_posi,lcd_x_posi,st);
}
else {
strcpy(st," --- ");
st[0] = disp_count + '0';
printLCD(lcd_y_posi,lcd_x_posi,st);
}
if(disp_count >= 5 ) disp_count = 0;
else disp_count ++;
}
delay_ms(100);
} // while loop
}
