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SF error won't compile code

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MrDEB

MrDEB

Well-Known Member
I have something outta place?? I checked my cheat sheet for correct layout of directives etc but??
note I have been attempting to get code written for an 18F 24K20 pic using Swordfish. Need to use internal oscalliator and PortA6 &7 as outputs

DEVICE = 18F24K20 ' Tell the compiler what chip we are using
CLOCK = 8 ' Tell the compiler what we will be setting the clock to (Mhz)
CONFIG MCLRE = OFF
CONFIG FOSC = INTIO67 ' Internal oscillator, IO on pins 6 and 7


OSCCON = %01100000 ' Internal oscillator running at 8mHz
CM1CON0 = 0 ' set ports to digital
CM2CON0 = 0 '
ANSEL = 0 '
ANSELH = 0 '
//INCLUDE "SetDigitalIO.bas" // Include this file when we compile so that we can use keywords like 'setalldigital'
//INCLUDE "utils.bas"


TRISA = %00000000 ' PORTA outputs
TRISB = %00000000 ' PORTB outputs
TRISC = %00000000 ' PORTC outputs



DIM rows AS BYTE
DIM colums AS BYTE
DIM i AS BYTE
//SUB RightToLeft()
// DIM i AS BYTE
WHILE true
FOR i = 0 TO 7
PORTB.Bits(i) = 1
portC.1 = 1
DELAYMS(500)
PORTB.Bits(i) = 0
NEXT
WEND
 
Found a fix for my code that seems to work. Weather its right?? The matrix works or seems to.

DEVICE = 18F24k20 ' Tell the compiler what chip we are using
CLOCK = 8 ' Tell the compiler what we will be setting the clock to (Mhz)
CONFIG MCLRE = OFF
CONFIG fOSC = INTIO67 ' Internal oscillator, IO on pins 6 and 7
INCLUDE "SetDigitalIO.bas" // Include this file when we compile so that we can use keywords like 'setalldigital'
INCLUDE "utils.bas"
DIM rows AS BYTE
DIM colums AS BYTE
DIM i AS BYTE
OSCCON = %01100000 ' Internal oscillator running at 8mHz
CM1CON0 = 0 ' set ports to digital
CM2CON0 = 0 '
ANSEL = 0 '
ANSELH = 0 '
TRISA = %00000000 ' PORTA outputs
TRISB = %00000000 ' PORTB outputs
TRISC = %00000000 ' PORTC outputs

WHILE true
FOR i = 0 TO 7
PORTB.Bits(i) = 1
portC.1 = 1
DELAYMS(500)
PORTB.Bits(i) = 0
NEXT
WEND
 
got this project going finally. after I get all the fonts inserted into th CONST arrays I want to add some green leds into the mix asnd then look into putting entire sentence into an array to fisplay on an 8 x 8 matrix

Code: 
{
*****************************************************************************
*  Name    : UNTITLED.BAS                                                   *
*  Author  : [select VIEW...EDITOR OPTIONS]                                 *
*  Notice  : Copyright (c) 2016 [select VIEW...EDITOR OPTIONS]              *
*          : All Rights Reserved                                            *
*  Date    : 11/19/2016                                                     *
*  Version : 1.0                                                            *
*  Notes   : Christmas matrix 
             turn off all is a form of multi plexing it smooths out the display                                                *
*          :                                                                *
*****************************************************************************
}
DEVICE = 18F24k20 ' Tell the compiler what chip we are using
CLOCK = 8 ' Tell the compiler what we will be setting the clock to (Mhz)
CONFIG MCLRE = OFF
CONFIG fOSC = INTIO67 ' Internal oscillator, IO on pins 6 and 7
INCLUDE "SetDigitalIO.bas"       // Include this file when we compile so that we can use keywords like 'setalldigital'
INCLUDE "utils.bas"
INCLUDE "convert.bas"   //xxxxx

//DIM led(7) AS BYTE //xxxx                   
// variable declaration                             
DIM x AS WORD
DIM y AS BYTE
DIM index AS BYTE
DIM b(8) AS BYTE

CONST Anodes_data(9)AS BYTE = (%00000001,%00000010,%00000100,%00001000,%00010000,%00100000,%01000000,%10000000,%00000000)             

//CONST Cathodes_Data(8) AS BYTE = (%00000000,%00011111,%00010000,%00001100,%00001100,%00010000,%00011111,%00000000)

CONST Cathodes_Data(9)AS BYTE = (%11111111,%11110000,%11101111,%11110011,%11101111,%11110000,%11111111,%11111111,%11111111)

// oscilator directive
OSCCON = %01100000 ' Internal oscillator running at 8mHz
CM1CON0 = 0 ' set ports to digital
CM2CON0 = 0 '
ANSEL = 0 '
ANSELH = 0 '
TRISA = %00000000 ' PORTA outputs
TRISB = %00000000 ' PORTB outputs
TRISC = %00000000 ' PORTC outputs

//xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx




// Start Of Program
SetAllDigital                       // Make all Pins digital I/O's
TRISC = %00000000                   // Make PORTC all outputs
TRISB = %00000000                   // Make PORTB all outputs
TRISA = %11111111
y = 0
porta = %11111111
// Main
'WHILE true
'FOR y = 0 TO 7
'FOR x = 0 TO 7
WHILE True
      portc = Anodes_data(0)     '0
      portb = Cathodes_Data(0)
    
      DELAYmS(10)
      portc = Anodes_data(8)     'turn off all
      portb = Cathodes_Data(8)
  //11111111111111111111111111 
       portc = Anodes_data(0)      '1
       portb = Cathodes_Data(0)
       DELAYmS(10)
       portc = Anodes_data(8)     'turn off all
       portb = Cathodes_Data(8)
    
       portc = Anodes_data(1)     
       portb = Cathodes_Data(0)
       DELAYMS(100)
       portc = Anodes_data(8)     'turn off all
       portb = Cathodes_Data(8)
   //2222222222222222222222222   
      
       portc = Anodes_data(0)      '2
       portb = Cathodes_Data(2)
       DELAYmS(10)
       portc = Anodes_data(8)     'turn off all
       portb = Cathodes_Data(8)
      
       portc = Anodes_data(1)       
       portb = Cathodes_Data(1)
       DELAYmS(10)
       portc = Anodes_data(8)     'turn off all
       portb = Cathodes_Data(8)
       delayms(10)
       portc = Anodes_data(2)     
       portb = Cathodes_Data(0)
       DELAYMS(100)
       portc = Anodes_data(8)     'turn off all
       portb = Cathodes_Data(8)
  //3333333333333333333333333333333333333
      // portc = %00000000
       portc = Anodes_data(0)     '3
       portb = Cathodes_Data(3)
       DELAYmS(10)
       portc = Anodes_data(8)     'turn off all
       portb = Cathodes_Data(8)
    
       portc = Anodes_data(1)     
       portb = Cathodes_Data(2)
       DELAYmS(10)
       portc = Anodes_data(8)     'turn off all
       portb = Cathodes_Data(8)
      
       portc = Anodes_data(2)     
       portb = Cathodes_Data(1)
       DELAYmS(10)
       portc = Anodes_data(8)     'turn off all
       portb = Cathodes_Data(8)
      
       portc = Anodes_data(3)     
       portb = Cathodes_Data(0)
       DELAYMS(100)
         portc = %00000000
//44444444444444444444444444444444444444 
       portc = Anodes_data(0)       
       portb = Cathodes_Data(4)       '4
       DELAYmS(10)
       portc = Anodes_data(8)     'turn off all
       portb = Cathodes_Data(8)
      
       portc = Anodes_data(1)   
       portb = Cathodes_Data(3)
       DELAYMS(10)
       portc = Anodes_data(8)     'turn off all
       portb = Cathodes_Data(8)
      
       portc = Anodes_data(2)     
       portb = Cathodes_Data(2)
       DELAYMS(10)
       portc = Anodes_data(8)     'turn off all
       portb = Cathodes_Data(8)
      
       portc = Anodes_data(3)     
       portb = Cathodes_Data(1)
       DELAYMS(10)
       portc = Anodes_data(8)     'turn off all
       portb = Cathodes_Data(8)
      
       portc = Anodes_data(4)     
       portb = Cathodes_Data(0)
       DELAYMS(100)
         'portc = %00000000
//555555555555555555555555555555555555555555   
       portc = Anodes_data(0)        '5
       portb = Cathodes_Data(5)
       DELAYmS(10)
       portc = Anodes_data(8)     'turn off all
       portb = Cathodes_Data(8)
       'portc = %00000000
       portc = Anodes_data(1)   
       portb = Cathodes_Data(4)
       DELAYmS(10)
       portc = Anodes_data(8)     'turn off all
       portb = Cathodes_Data(8)
      
       portc = Anodes_data(2)     
       portb = Cathodes_Data(3)
       DELAYms(10)
       portc = Anodes_data(8)     'turn off all
       portb = Cathodes_Data(8)
      
       portc = Anodes_data(3)     
       portb = Cathodes_Data(2)
       DELAYMS(10)
       portc = Anodes_data(8)     'turn off all
       portb = Cathodes_Data(8)
      
       portc = Anodes_data(4)     
       portb = Cathodes_Data(1)
       DELAYmS(10)
       portc = Anodes_data(8)     'turn off all
       portb = Cathodes_Data(8)
      
       portc = Anodes_data(5)     
       portb = Cathodes_Data(0)
       DELAYMS(100)
'66666666666666666666666666666666666666666666
         'portc = %00000000
       portc = Anodes_data(8)     'turn off all
       portb = Cathodes_Data(8)
      
       portc = Anodes_data(0)     '6
       portb = Cathodes_Data(6)
      
       DELAYmS(10)
       portc = Anodes_data(8)     'turn off all
       portb = Cathodes_Data(8)
      
       portc = Anodes_data(1)     
       portb = Cathodes_Data(5)
       DELAYmS(10)
       portc = Anodes_data(8)     'turn off all
       portb = Cathodes_Data(8)
      
       portc = Anodes_data(2)     
       portb = Cathodes_Data(4)
       DELAYmS(10)
       portc = Anodes_data(8)     'turn off all
       portb = Cathodes_Data(8)
      
       portc = Anodes_data(3)     
       portb = Cathodes_Data(3)
       DELAYmS(10)
       portc = Anodes_data(8)     'turn off all
       portb = Cathodes_Data(8)
      
       portc = Anodes_data(4)   
       portb = Cathodes_Data(2)
       DELAYmS(10)
       portc = Anodes_data(8)     'turn off all
       portb = Cathodes_Data(8)
      
       portc = Anodes_data(5)     
       portb = Cathodes_Data(1)
       DELAYmS(10)
       portc = Anodes_data(8)     'turn off all
       portb = Cathodes_Data(8)
      
       portc = Anodes_data(6)     
       portb = Cathodes_Data(0)
       DELAYMS(100)
//777777777777777777777777777777777777777
       portc = Anodes_data(8)     'turn off all
       portb = Cathodes_Data(8)
      
       portc = Anodes_data(0)      '7
       portb = Cathodes_Data(7)
       DELAYmS(10)
       portc = Anodes_data(8)     'turn off all
       portb = Cathodes_Data(8)
      
       portc = Anodes_data(1)     
       portb = Cathodes_Data(6)
       DELAYmS(10)
       portc = Anodes_data(8)     'turn off all
       portb = Cathodes_Data(8)
      
       portc = Anodes_data(2)     
       portb = Cathodes_Data(5)
       DELAYmS(10)
       portc = Anodes_data(8)     'turn off all
       portb = Cathodes_Data(8)
      
       portc = Anodes_data(3)   
       portb = Cathodes_Data(4)
       DELAYmS(10)
       portc = Anodes_data(8)     'turn off all
       portb = Cathodes_Data(8)
      
       portc = Anodes_data(4)     
       portb = Cathodes_Data(3)
       DELAYmS(10)
       portc = Anodes_data(8)     'turn off all
       portb = Cathodes_Data(8)
      
       portc = Anodes_data(5)
       portb = Cathodes_Data(2)
       DELAYmS(10)
       portc = Anodes_data(8)     'turn off all
       portb = Cathodes_Data(8)
      
       portc = Anodes_data(6)     
       portb = Cathodes_Data(1)
       DELAYmS(10)
       portc = Anodes_data(8)     'turn off all
       portb = Cathodes_Data(8)
      
       portc = Anodes_data(7)   
       portb = Cathodes_Data(0)
       DELAYMS(100)
         //portc = %00000000
//88888888888888888888888888888888888888  ROUTINES 8 & 9 are to finish out back end of letters
      
       portc = Anodes_data(8)     'turn off all
       portb = Cathodes_Data(8)
      
       portc = Anodes_data(1)      '8
       portb = Cathodes_Data(7)
       DELAYmS(10)
       portc = Anodes_data(8)     'turn off all
       portb = Cathodes_Data(8)
      
       portc = Anodes_data(2)     
       portb = Cathodes_Data(6)
       DELAYmS(10)
       portc = Anodes_data(8)     'turn off all
       portb = Cathodes_Data(8)
      
       portc = Anodes_data(3)     
       portb = Cathodes_Data(5)
       DELAYmS(10)
       portc = Anodes_data(8)     'turn off all
       portb = Cathodes_Data(8)
      
       portc = Anodes_data(4)   
       portb = Cathodes_Data(4)
       DELAYmS(10)
       portc = Anodes_data(8)     'turn off all
       portb = Cathodes_Data(8)
      
       portc = Anodes_data(5)     
       portb = Cathodes_Data(3)
       DELAYmS(10)
       portc = Anodes_data(8)     'turn off all
       portb = Cathodes_Data(8)
      
       portc = Anodes_data(6)   
       portb = Cathodes_Data(2)
       DELAYMS(10)
       portc = Anodes_data(8)     'turn off all
       portb = Cathodes_Data(8)
      
       portc = Anodes_data(7)     
       portb = Cathodes_Data(1)
       DELAYmS(10)
       portc = Anodes_data(8)     'turn off all
       portb = Cathodes_Data(8)
      
       portc = Anodes_data(7)   
       portb = Cathodes_Data(0)
       DELAYMS(100)
       //  portc = %00000000
//9999999999999999999999999999999999999
       portc = Anodes_data(8)     'turn off all
       portb = Cathodes_Data(8)
      
       portc = Anodes_data(2)      '0
       portb = Cathodes_Data(7)
       DELAYmS(10)
       portc = Anodes_data(8)     'turn off all
       portb = Cathodes_Data(8)
      
       portc = Anodes_data(3)      '0
       portb = Cathodes_Data(6)
       DELAYmS(10)
       portc = Anodes_data(8)     'turn off all
       portb = Cathodes_Data(8)
      
       portc = Anodes_data(4)      '0
       portb = Cathodes_Data(5)
       DELAYmS(10)
       portc = Anodes_data(8)     'turn off all
       portb = Cathodes_Data(8)
      
       portc = Anodes_data(5)     '0
       portb = Cathodes_Data(4)
       DELAYmS(10)
       portc = Anodes_data(8)     'turn off all
       portb = Cathodes_Data(8)
      
       portc = Anodes_data(6)      '0
       portb = Cathodes_Data(3)
       DELAYmS(10)
       portc = Anodes_data(8)     'turn off all
       portb = Cathodes_Data(8)
      
       portc = Anodes_data(7)      '0
       portb = Cathodes_Data(2)
       DELAYMS(10)
       portc = Anodes_data(8)     'turn off all
       portb = Cathodes_Data(8)
      
       portc = Anodes_data(7)      '0
       portb = Cathodes_Data(1)
       DELAYuS(10)
       portc = Anodes_data(8)     'turn off all
       portb = Cathodes_Data(8)
      
       portc = Anodes_data(7)     '0
       portb = Cathodes_Data(0)
       DELAYMS(100)
       portc = Anodes_data(8)     'turn off all
       portb = Cathodes_Data(8)
      
       //portc = %00000000       ' eliminate ghosting
   //  NEXT
  
  
WEND                  // Loop back to the while loop as long as we havent finished.
 
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