--- trunk/Embedded/main.lst	2007/12/04 17:23:27	148
+++ trunk/Embedded/main.lst	2007/12/05 07:30:04	151
@@ -9,7 +9,7 @@
      9: 
     10: #define LCD_LENGTH 16
     11: #define LCD_ROWS 2
-    12: #define SEND_BUFFER 128
+    12: #define BUFFER 128
     13: #define PWRFAIL RB1
     14: #define FIREDET RB2
     15: #define FEEDING RB3
@@ -18,301 +18,378 @@
     18: 
     19: unsigned char global_Pot_Hi, global_Pot_Lo;
     20: unsigned char global_LCD_Buffer[LCD_ROWS][LCD_LENGTH];
-    21: unsigned char global_serial_send[SEND_BUFFER], global_serial_recieve_buffer[SEND_BUFFER];
+    21: unsigned char global_serial_send[BUFFER], global_serial_recieve_buffer[BUFFER];
     22: bit global_recieve_done = 0, global_interval_changed = 0;
     23: unsigned int global_serial_byte_counter = 0, global_sms_counter = 1, global_time_counter = 0;
     24: unsigned int global_emergency_counter = 600, global_time_interval = 3600;
     25: unsigned char global_temp = 0;
     26: 
-    27: unsigned char cell_nr[15] = ""; // = "21681784";
+    27: unsigned char global_lcd_buf[16];
     28: 
-    29: 
-    30: __EEPROM_DATA( 60, 0, 1, 8, '2', '1', '6', '8');
-    31: __EEPROM_DATA( '1', '7', '8', '4',0,0,0,0);
-    32: 
-    33: void serial_recieved(void);
-    34: void serial_send(void);
-    35: void update_lcd(void);
-    36: void convertTemp(void);
-    37: void timer1_interrupt(void);
-    38: 
-    39: // Nicked from H7
-    40: void ad_init(void)
-    41: {
-    42:         // AD Conversion clock
-    43:         ADCS0 = 0;
-    44:         ADCS1 = 0;
-    45:         ADCS2 = 0;
-    46: 
-    47:         //Select AN0/RA0 for AD source
-    48:                 // In this (000) setup, it's only RA0/AN0 that does ad convertion.
-    49:         CHS0=0;
-    50:         CHS1=0;
-    51:         CHS2=0;
-    52:         
-    53:         //Only AN0 is selected for AD and with Vdd/Vss as limits
-    54:         PCFG0=0;
-    55:         PCFG1=1;
-    56:         PCFG2=1;
-    57:         PCFG3=1;
-    58:         
-    59:         //Result is right justified
-    60:         ADFM=1; 
-    61:         
-    62:         //Fire up for A/D converter module
-    63:         ADON=1;
-    64: }
-    65: 
-    66: void rs232_init(void)
-    67: {
-    68:         SPEN    = 0;    // Serial Port Enable Bit... 0 = disabled
-    69:         TRISC6  = 0;    
-    70:         TRISC7  = 1;
-    71: 
-    72:         SPBRG   = 207;  // 1200 baud rate... 25 = 9600
-    73:                                         // x = (Fosc / (16*[baud rate]) )-1
-    74:         TXSTA   = 0x24; // Enables BRGH and TXEN inthe TXSTA register
-    75:         RCSTA   = 0x90; // 0x90 enables SPEN and CREN in the RCSTA register
-    76: }
-    77: 
-    78: void interrupt_init(void)
-    79: {
-    80:         // Assumes that all interrupts default is 0
-    81:         PEIE    = 1;
-    82:         GIE             = 1;
-    83:         RCIE    = 1;    // Recieve interrupt enable.
-    84:         IPEN    = 0;    // Nfo interrupt priority
-    85:         TXIE    = 0;    // Serial interrupt enabled
-    86:         TMR1IE  = 1;    // Enables timer 1
-    87: }       
-    88: 
-    89: void timer_init(void)
-    90: {
-    91:         TMR1CS = 1; //use external clock
-    92:         
-    93:         T1CKPS1 = 1; //1:8 prescale
-    94:         T1CKPS0 = 1;
-    95:         
-    96:         TMR1H = 0xEF;
-    97:         TMR1L = 0xFF;
-    98: 
-    99:         T1OSCEN = 1; //enable oscillator circuit        
-   100:         RD16 = 0; //normal 8 bit writes
-   101:         TMR1ON = 1;
-   102: }
-   103: 
-   104: void pic18_io_init(void)
-   105: {
-   106:         TRISA0  = 1;    // analog input
-   107:         TRISA1  = 0;    // Output
-   108:         TRISB1  = 1;    // TRISB1-4 Digital input
-   109:         TRISB2  = 1;
-   110:         TRISB3  = 1;
-   111:         TRISB4  = 1;
-   112: }       
-   113: 
-   114: void sms_init(void)
-   115: {
-   116:         int i;
-   117: 
-   118:         sprintf(global_serial_send,"at+cgsn\r");
-   119:         serial_send();
-   120:         DelaySek(1);
-   121:         while(!global_recieve_done) ;
-   122: 
-   123: 
-   124:         sprintf(global_serial_send,"%s", "at+cpin=8043\r");
-   125:         serial_send();
-   126:         DelaySek(30);
-   127:         
-   128:         update_lcd();
-   129:         DelaySek(5);
-   130: }
-   131: 
-   132: 
-   133: void interrupt interrupt_handler(void)
-   134: {
-   135:         // Finds out what interrupt have been trigged, and starts the respective function.
-   136:         if(RCIF == 1)                   // Serial recieve interrupt
-   137:         {
-   138:                 serial_recieved();
-   139:                 RCIF = 0;
-   140:         }
-   141:         
-   142:         if(TMR1IF == 1)                 // timer1 interrupt trigger.
-   143:         {
-   144:                 timer1_interrupt();
-   145:                 TMR1IF = 0;
-   146:         }
-   147: }               
-   148: 
-   149: 
-   150: void serial_send(void)
-   151: {
-   152:         int i;
-   153:         char data_byte;
-   154:         for(i = 0; i < SEND_BUFFER; i++)
-   155:         {
-   156:                 data_byte = global_serial_send[i];
-   157:                 if( data_byte == '\r')
-   158:                         i = (SEND_BUFFER - 1);
-   159:                 TXREG = data_byte;
-   160:                 while(TRMT==0) ;
-   161:                 DelayMs(10);
-   162:         }
-   163:         DelayMs(250);
-   164:         DelayMs(250);
-   165: }       
-   166: 
-   167: void serial_recieved(void)
-   168: {
-   169:         char data_byte, saved_data[LCD_LENGTH];
-   170:         
-   171:         data_byte = RCREG;
-   172:         
-   173:         global_serial_recieve_buffer[global_serial_byte_counter] = data_byte;
-   174:         if(data_byte == '\r')
-   175:         {
-   176:                 global_recieve_done = 1;
-   177:                 global_serial_byte_counter = 0;
-   178:         }       
-   179:         else
-   180:         {
-   181:                 global_serial_byte_counter++;
-   182:         }
-   183:         
-   184: }
-   185: 
-   186: void timer1_interrupt(void)
-   187: {
-   188:         TMR1H = 0xEF;
-   189:         TMR1L = 0xFF;
-   190:         global_time_counter++;
-   191:         global_emergency_counter++;
-   192:         RA1 = !RA1;
-   193: }
-   194: 
-   195: void update_lcd(void)
-   196: {
-   197:         if( global_recieve_done == 1 )
-   198:         {
-   199:                 lcd_clear();
-   200:                 lcd_goto(0x00);
-   201:                 lcd_puts(global_serial_recieve_buffer);
-   202:                 global_recieve_done = 0;
-   203:         }
-   204: }
-   205:         
-   206: void send_update(void)
-   207: {
-   208:         sprintf(global_serial_send, "at+cmgs=\"%s\"\r", cell_nr);
-   209:         serial_send();
-   210:         sprintf(global_serial_send, "%d:%d:%d:%d:%d:%d%c", global_sms_counter, global_temp, FIREDET, EMPTYTANK, FEEDING, PWRFAIL, 0x1A);
-   211:         lcd_goto(40);
-   212:         lcd_puts(global_serial_send);
-   213:         serial_send();
-   214:         DelayMs(250);
-   215:         global_sms_counter++;
-   216: }       
+    29: unsigned short global_imei_tversum;
+    30: 
+    31: unsigned char cell_nr[15] = ""; // = "21681784";
+    32: bit global_modem_init = 0;
+    33: 
+    34: __EEPROM_DATA( 60, 0, 1, 8, '2', '1', '6', '8');
+    35: __EEPROM_DATA( '1', '7', '8', '4',0,0,0,0);
+    36: 
+    37: void serial_recieved(void);
+    38: void serial_send(void);
+    39: void update_lcd(void);
+    40: void convertTemp(void);
+    41: void timer1_interrupt(void);
+    42: void on_recieve(void);
+    43: void on_initial_recieve(void);
+    44: 
+    45: 
+    46: void reset_recieve_buffer(void)
+    47: {
+    48:         global_recieve_done = 0; 
+    49:         global_serial_byte_counter=0;
+    50: }       
+    51: 
+    52: 
+    53: void ad_init(void) // Nicked from H7
+    54: {
+    55:         // AD Conversion clock
+    56:         ADCS0 = 0;
+    57:         ADCS1 = 0;
+    58:         ADCS2 = 0;
+    59: 
+    60:         //Select AN0/RA0 for AD source
+    61:                 // In this (000) setup, it's only RA0/AN0 that does ad convertion.
+    62:         CHS0=0;
+    63:         CHS1=0;
+    64:         CHS2=0;
+    65:         
+    66:         //Only AN0 is selected for AD and with Vdd/Vss as limits
+    67:         PCFG0=0;
+    68:         PCFG1=1;
+    69:         PCFG2=1;
+    70:         PCFG3=1;
+    71:         
+    72:         //Result is right justified
+    73:         ADFM=1; 
+    74:         
+    75:         //Fire up for A/D converter module
+    76:         ADON=1;
+    77: }
+    78: 
+    79: void rs232_init(void)
+    80: {
+    81:         SPEN    = 0;    // Serial Port Enable Bit... 0 = disabled
+    82:         TRISC6  = 0;    
+    83:         TRISC7  = 1;
+    84: 
+    85:         SPBRG   = 207;  // 1200 baud rate... 25 = 9600
+    86:                                         // x = (Fosc / (16*[baud rate]) )-1
+    87:         TXSTA   = 0x24; // Enables BRGH and TXEN inthe TXSTA register
+    88:         RCSTA   = 0x90; // 0x90 enables SPEN and CREN in the RCSTA register
+    89: }
+    90: 
+    91: void interrupt_init(void)
+    92: {
+    93:         // Assumes that all interrupts default is 0
+    94:         PEIE    = 1;
+    95:         GIE             = 1;
+    96:         RCIE    = 1;    // Recieve interrupt enable.
+    97:         IPEN    = 0;    // Nfo interrupt priority
+    98:         TXIE    = 0;    // Serial interrupt enabled
+    99:         TMR1IE  = 1;    // Enables timer 1
+   100: }       
+   101: 
+   102: void timer_init(void)
+   103: {
+   104:         TMR1CS = 1; //use external clock
+   105:         
+   106:         T1CKPS1 = 1; //1:8 prescale
+   107:         T1CKPS0 = 1;
+   108:         
+   109:         TMR1H = 0xEF;
+   110:         TMR1L = 0xFF;
+   111: 
+   112:         T1OSCEN = 1; //enable oscillator circuit        
+   113:         RD16 = 0; //normal 8 bit writes
+   114:         TMR1ON = 1;
+   115: }
+   116: 
+   117: void pic18_io_init(void)
+   118: {
+   119:         TRISA0  = 1;    // analog input
+   120:         TRISA1  = 0;    // Output
+   121:         TRISB1  = 1;    // TRISB1-4 Digital input
+   122:         TRISB2  = 1;
+   123:         TRISB3  = 1;
+   124:         TRISB4  = 1;
+   125: }       
+   126: 
+   127: void sms_init(void)
+   128: {
+   129:         int i;
+   130: 
+   131:         reset_recieve_buffer();
+   132:         sprintf(global_serial_send,"at+cgsn\r");
+   133:         serial_send();
+   134:         DelaySek(1);
+   135:         while(!global_recieve_done) ;
+   136: 
+   137: 
+   138:         sprintf(global_serial_send,"%s", "at+cpin=8043\r");
+   139:         serial_send();
+   140:         
+   141:         while(global_modem_init == 0)
+   142:         {
+   143:                 on_initial_recieve();
+   144:         }
+   145: }
+   146: 
+   147: 
+   148: void interrupt interrupt_handler(void)
+   149: {
+   150:         // Finds out what interrupt have been trigged, and starts the respective function.
+   151:         if(RCIF == 1)                   // Serial recieve interrupt
+   152:         {
+   153:                 serial_recieved();
+   154:                 RCIF = 0;
+   155:         }
+   156:         
+   157:         if(TMR1IF == 1)                 // timer1 interrupt trigger.
+   158:         {
+   159:                 timer1_interrupt();
+   160:                 TMR1IF = 0;
+   161:         }
+   162: }               
+   163: 
+   164: 
+   165: void serial_send(void)
+   166: {
+   167:         int i;
+   168:         char data_byte;
+   169:         for(i = 0; i < BUFFER; i++)
+   170:         {
+   171:                 data_byte = global_serial_send[i];
+   172:                 if( data_byte == '\r')
+   173:                         i = (BUFFER - 1);
+   174:                 TXREG = data_byte;
+   175:                 while(TRMT==0) ;
+   176:                 DelayMs(10);
+   177:         }
+   178:         DelayMs(250);
+   179:         DelayMs(250);
+   180: }       
+   181: 
+   182: void serial_recieved(void)
+   183: {
+   184:         char data_byte, saved_data[LCD_LENGTH];
+   185:         
+   186:         data_byte = RCREG;
+   187:         
+   188:         if (data_byte == '\n')
+   189:                 return;
+   190:                 
+   191:         if (global_serial_byte_counter == 0 && data_byte == '\r')
+   192:                 return;
+   193: 
+   194:         global_serial_recieve_buffer[global_serial_byte_counter] = data_byte;
+   195:                 
+   196:         if (data_byte == '\r')
+   197:         {
+   198:                 global_recieve_done = 1;
+   199:                 //global_serial_byte_counter = 0;
+   200:                 global_serial_recieve_buffer[global_serial_byte_counter+1] = 0; //zero terminate
+   201:         }       
+   202:         else
+   203:         {
+   204:                 global_serial_byte_counter++;
+   205:         }
+   206:         
+   207: }
+   208: 
+   209: void timer1_interrupt(void)
+   210: {
+   211:         TMR1H = 0xEF;
+   212:         TMR1L = 0xFF;
+   213:         global_time_counter++;
+   214:         global_emergency_counter++;
+   215:         RA1 = !RA1;
+   216: }
    217: 
-   218: void convertTemp()
-   219: 
-   220: {
-   221:         short adVal;
-   222:         adVal = (global_Pot_Hi << 8) | global_Pot_Lo;
-   223:         if( adVal >=840 )
-   224:                 global_temp = 100;
-   225:         else
-   226:                 global_temp = (adVal / 8.3886);
-   227: }
-   228: 
-   229: 
-   230: 
-   231: void eeprom_writer(void)
-   232: {
-   233:         char len,i;
-   234:         
-   235:         if( global_interval_changed )
-   236:         {
-   237:                 len = strlen(cell_nr);
-   238:                 eeprom_write(0, (global_time_interval/60));
-   239:                 eeprom_write(1, global_sms_counter>>8);
-   240:                 eeprom_write(2, global_sms_counter);
-   241:                 eeprom_write(3, len);
-   242:                 
-   243:                 for (i=0; i<len; ++i)
-   244:                 {
-   245:                         eeprom_write(i+4, cell_nr[i] );
-   246:                 }
-   247:                 
-   248:                 global_interval_changed = 0;
-   249:         }
-   250: }
+   218: void update_lcd(void)
+   219: {
+   220:         lcd_clear();
+   221:         lcd_goto(0x00);
+   222:         
+   223:         sprintf(global_lcd_buf, "%d", global_temp);
+   224:         lcd_puts(global_lcd_buf);
+   225: 
+   226: }
+   227:         
+   228: void send_update(void)
+   229: {
+   230:         sprintf(global_serial_send, "at+cmgs=\"%s\"\r", cell_nr);
+   231:         serial_send();
+   232:         sprintf(global_serial_send, "%d:%d:%d:%d:%d:%d%c", global_sms_counter, global_temp, FIREDET, EMPTYTANK, FEEDING, PWRFAIL, 0x1A);
+   233:         lcd_goto(40);
+   234:         lcd_puts(global_serial_send);
+   235:         serial_send();
+   236:         DelayMs(250);
+   237:         global_sms_counter++;
+   238: }       
+   239: 
+   240: void convertTemp()
+   241: {
+   242:         short adVal;
+   243:         adVal = (global_Pot_Hi << 8) | global_Pot_Lo;
+   244:         if( adVal >=840 )
+   245:                 global_temp = 100;
+   246:         else
+   247:                 global_temp = (adVal / 8.3886);
+   248: }
+   249: 
+   250: 
    251: 
-   252: void eeprom_reader(void)
+   252: void eeprom_writer(void)
    253: {
    254:         char len,i;
    255:         
-   256:         global_time_interval = eeprom_read(0);
-   257:         global_time_interval *= 60;
-   258:         global_sms_counter = (eeprom_read(1)<<8) | eeprom_read(2);
-   259:         len = eeprom_read(3);
-   260:         
-   261:         for (i=0; i<len; ++i)
-   262:         {
-   263:                 cell_nr[i] = eeprom_read(i+4);
-   264:         }
-   265:         
-   266:         cell_nr[i] = 0; //zero terminated!
-   267: }       
-   268: 
-   269: 
-   270: void main()
-   271: {
-   272: /////////////////////////////////////////////
-   273: // Running Init's
-   274: 
-   275:         // Running init for various components.
-   276:         pic18_io_init();
-   277:         rs232_init();
-   278:         ad_init();
-   279:         lcd_init(0);
-   280:         interrupt_init();
-   281:         sms_init();
-   282:         //eeprom_init();
-   283:         timer_init();
-   284:         eeprom_reader();
-   285: /////////////////////////////////////////////
-   286: // Main loop
-   287: send_update();
-   288:         while(1)
-   289:         {
-   290:                 if( (global_temp >= 90 || PWRFAIL == 1 || FIREDET == 0 || FEEDING == 1 || EMPTYTANK == 1) && global_emergency_counter >= 600 )
-   291:                 {
-   292:                         send_update();
-   293:                         global_emergency_counter = 0;
-   294:                 }
-   295:                 
-   296:                 if(global_time_counter >= 3600)
-   297:                 {
-   298:                         send_update();
-   299:                         global_time_counter = 0;
-   300:                 }
-   301:                 // to avoid buffer overrun.
-   302:                 if( global_emergency_counter > 7200 )
-   303:                         global_emergency_counter = 600;
-   304: 
-   305:                 // Checking if A/D convertion is done, and save the data in global_Pot_??
-   306:                 if(GODONE==0)
-   307:                 {
-   308:                         global_Pot_Hi = ADRESH;
-   309:                         global_Pot_Lo = ADRESL;
-   310:                         convertTemp();
-   311:                         
-   312:                         GODONE = 1;
-   313:                 }
-   314:                 
-   315:                 update_lcd();
-   316:         }
-   317: 
-   318: }
+   256:         len = strlen(cell_nr);
+   257:         eeprom_write(0, (global_time_interval/60));
+   258:         eeprom_write(1, global_sms_counter>>8);
+   259:         eeprom_write(2, global_sms_counter);
+   260:         eeprom_write(3, len);
+   261:         
+   262:         for (i=0; i<len; ++i)
+   263:         {
+   264:                 eeprom_write(i+4, cell_nr[i] );
+   265:         }
+   266: }
+   267: 
+   268: void eeprom_reader(void)
+   269: {
+   270:         char len,i;
+   271:         
+   272:         global_time_interval = eeprom_read(0);
+   273:         global_time_interval *= 60;
+   274:         global_sms_counter = (eeprom_read(1)<<8) | eeprom_read(2);
+   275:         len = eeprom_read(3);
+   276:         
+   277:         for (i=0; i<len; ++i)
+   278:         {
+   279:                 cell_nr[i] = eeprom_read(i+4);
+   280:         }
+   281:         
+   282:         cell_nr[i] = 0; //zero terminated!
+   283: }       
+   284: 
+   285: void on_initial_recieve(void)
+   286: {
+   287:         char imei[16];
+   288:         char* ptr;
+   289:         char i;
+   290:         
+   291:         if (strstr(global_serial_recieve_buffer,"+WIND: 11") != 0)
+   292:         {
+   293:                 global_modem_init = 1;
+   294: 
+   295:                 ptr = strstr(global_serial_recieve_buffer,"cgsn");
+   296:                 ptr +=4;
+   297:                 strncpy(imei, ptr,15);
+   298:                 imei[15] = 0;
+   299: 
+   300:                 global_imei_tversum = 0;
+   301:                 for (i=0; i<15; ++i)
+   302:                 {
+   303:                         global_imei_tversum += (imei[i] - '0');
+   304:                 }
+   305:                 
+   306:                 
+   307:                 reset_recieve_buffer();
+   308:         }
+   309: }
+   310: 
+   311: 
+   312: void on_recieve(void)
+   313: {
+   314:         char tmp[17];
+   315:         char* ptr;
+   316:         tmp[0]=0;
+   317:                 
+   318:         if (global_recieve_done == 0)
+   319:                 return;
+   320: 
+   321:         lcd_goto(0x00);
+   322:         lcd_puts(global_serial_recieve_buffer);         
+   323:         
+   324:         if (strstr(global_serial_recieve_buffer,"CMTI") == 0)
+   325:         {
+   326:                 ptr = strstr(global_serial_recieve_buffer,"'");
+   327:                 strcat(tmp,ptr);
+   328: 
+   329: 
+   330:         lcd_goto(0x40);
+   331:         lcd_puts(tmp);
+   332:                 
+   333:         }
+   334:         
+   335:         reset_recieve_buffer();
+   336: }
+   337: 
+   338: void main()
+   339: {
+   340: ////////////////////
+   341: // Running Init's //
+   342: 
+   343:         // Running init for various components.
+   344:         pic18_io_init();
+   345:         rs232_init();
+   346:         ad_init();
+   347:         lcd_init(0);
+   348:         interrupt_init();
+   349:         sms_init();
+   350:         //eeprom_init();
+   351:         timer_init();
+   352:         eeprom_reader();
+   353: ///////////////
+   354: // Main loop //
+   355: 
+   356:         DelayMs(50);
+   357:         reset_recieve_buffer();
+   358: 
+   359:         while(1)
+   360:         {
+   361:         // If there happends to be a critical state on the system, we send a sms.
+   362:                 if( (global_temp >= 90 || PWRFAIL == 1 || FIREDET == 0 || FEEDING == 1 || EMPTYTANK == 1) && global_emergency_counter >= 600 )
+   363:                 {
+   364:                         send_update();
+   365:                         global_emergency_counter = 0;
+   366:                 }
+   367:         // Every X sec. a status sms is send.
+   368:                 if(global_time_counter >= 3600)
+   369:                 {
+   370:                         send_update();
+   371:                         global_time_counter = 0;
+   372:                 }
+   373:         // To avoid buffer overrun.
+   374:                 if( global_emergency_counter > 7200 )
+   375:                         global_emergency_counter = 600;
+   376: 
+   377:         // Checks if there has been recieved a config sms.
+   378:                 if(global_interval_changed )
+   379:                 {
+   380:                         eeprom_writer();
+   381:                         global_interval_changed = 0;
+   382:                 }
+   383:         // Checking if A/D convertion is done, and save the data in global_Pot_??
+   384:                 if(GODONE==0)
+   385:                 {
+   386:                         global_Pot_Hi = ADRESH;
+   387:                         global_Pot_Lo = ADRESL;
+   388:                         convertTemp();
+   389:                         //update_lcd();
+   390:                         GODONE = 1;
+   391:                 }
+   392:         // Handels the recieve sms'es.
+   393:                 on_recieve();
+   394:         }
+   395: }