Ion Systems / Mbed 2 deprecated Chipin_Main

The MBED firmware used on the Chipin sorter, developed over 12 weeks for a 3rd year university systems project. Chipin is a token sorter, it sorts tokens by colours and dispenses them to order through an online booking system and card reader. This program interfaces with an FPGA, PC and LCD screen to control the sorter. The sorter has an operation mode where it can process orders when a card is entered into the machine. There is also a maintenance mode where the device responds to maintenance instructions such as 'dispense all'. More information at http://www.ionsystems.uk/

Dependencies:   MCP23017 TCS3472_I2C WattBob_TextLCD mbed-rtos mbed

main.cpp

Committer:
IonSystems
Date:
2014-11-10
Revision:
8:b7771391adc9
Parent:
7:6ba00694f9cd
Child:
9:8d78eb55ad5e

File content as of revision 8:b7771391adc9:

#include "mbed.h"
#include <sstream>
#include "lcdCommands.h"
#include "mbedStorage.h"
#include "rgbLED.h"
#include "mbedLCD.h"
#include "stateMachine.h"
#include "FPGAcomms.h"


Serial pc(USBTX, USBRX);

StateMachine stateMachine;


//Boolean values to easily enable and disable certain features for individual testing
bool colourSensor   =   true;
bool cardReader     =   true;
bool sorter         =   true;
bool dispensor      =   true;

bool cardDataAcquired   = false;
bool colourDataAcquired = false;
bool chipDetected       = false;
bool operationMode      = true; //the MBED starts in operation mode.

void processState(StateMachine stateMachine){
   switch(stateMachine){    
      case INITIALISING:
        setupLCD();
        printLCD("Welcome to the  Chipin Sorter");
        wait(1);
      break;
      case READING_RGB_VALUES:
        readChipNumbers();
      break;
      case DISPENSE_RED:
        printLCD("DISPENSING A RED CHIP");
        select = 0; //Setting to operation mode just in case it has not been set.
        dispenseBit1 = 0;
        dispenseBit2 = 0;
        startDispense = 1;
        wait(0.001);
        startDispense = false;
        //wait(1); //temporary delay
        printLCD("");
      break;
    }
}
      
int main() { 
    stateMachine = INITIALISING;
    processState(stateMachine);
    writeFile(2,6,22);
    stateMachine = READING_RGB_VALUES;
    processState(stateMachine);
    
    while(true){
        stateMachine = DISPENSE_RED;
        processState(stateMachine);
        while(!complete){
            printLCD("Waiting to complete");
            wait(0.1);
        }
        printLCD("Complete");
        wait(1);
    }
    
    
    
    
    
    
    //printStoredChipValues();
/*     
    while(1){
       if(par_port->read_bit(11)) resetForNextCustomer();
       
        if(cardDetect & !cardDataAcquired) cardAcquisition();
        setLEDs();
        readButtons();
        
        if(chipDetected & !colourDataAcquired){
            Colour colour = readColourSensor();
            sendColourSignal(colour);
        }
        
        writeFile(redQueue, greenQueue, blueQueue);
        readFile();
        wait(2);
        
        }
    */
    
   /* setLEDcolour(255,0,0);
    wait(0.1);
    setLEDcolour(0,255,0);
     wait(0.1);
    setLEDcolour(0,0,255);
    wait(0.1);
    
    displayOperationMode();  */  

    }