output.h

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#ifndef OUTPUT_H
    
#define OUTPUT_H
    
#include "GenericTypeDefs.h"

#ifdef OUTPUT_C
    #define PROTO
#else
    #define PROTO extern
#endif


// Typedefs

typedef enum
{
    LED_ON = 0, 
    LED_OFF,    

    LED_BLINK,  
    LED_TOGGLE  
} eLED_Modes;

// Defines

#define LCD_WITH_2_ROWS

#define LCD_CHARS_IN_A_ROW  16

#define LCD_CLR_MASK        0x01    
#define LCD_ROW1_MASK       0x02    
#define LCD_ROW2_MASK       0x04    

#define LCD_ROW3_MASK       0x08

#define LCD_PROGRESS_MASK   0x10

#define LCD_CLR_PROG_MASK   0x20    

#define LCD_CENTER1_MASK    0x40    
#define LCD_CENTER2_MASK    0x80    



#define LCD_PROGRESS_CHAR   '.'     

#define LCD_PROGRESS_TIME   1.5

#define LCD_IDLE_TIME       20


#define LED_FL              0x01    
#define LED_F1              0x02    
#define LED_F2              0x04    
#define LED_F3              0x08    
#define LED_F4              0x10    
#define LED_PWR             0x20    
#define LED_ACC             0x40    
#define LED_SEL             0x80    

#define LED_BLINK_INTERVAL  1u

// Variables

    PROTO BYTE lcd_status;

    PROTO BYTE lcd_addr1;
    PROTO BYTE lcd_addr2;
    PROTO char lcdram_row1[LCD_CHARS_IN_A_ROW+1]; // This both arrays must not
    PROTO char lcdram_row2[LCD_CHARS_IN_A_ROW+1]; // start at address 0!!!


// Function prototypes


void OutInit(void);



void OutMain(void);



void OutDebugOut(BYTE u8Value);



void OutSwitchOffLCD(void);



void OutSwitchLCDBacklight(BOOL On);



BOOL OutIsLCDBusy(void);



void OutEnableCursor(BOOL On);



void OutSetCursor(BYTE Column, BYTE Row);



void OutSwitchOffAllLEDs(void);
    


void OutSetLED(BYTE LedMask, eLED_Modes Mode);



void OutSetLEDMask(BYTE LedMask, BYTE LedSwitchMask);



void OutTriggerDisplay(void);



eLED_Modes OutGetLEDMode(BYTE Led);



void OutConvertNameForDisplay(BYTE * pString);


void OutInterruptHandler(void);



#undef  PROTO

#include    "main.h"

#endif  // #ifndef OUTPUT_H

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