modedefs.bas is included. When I try to include bs2defs.bas, it gives error during compile on line next to it (no matter what is on there).

here's the complete listing:

Code:
'****************************************************************
'*  Name    : UNTITLED.BAS                                      *
'*  Author  : [select VIEW...EDITOR OPTIONS]                    *
'*  Notice  : Copyright (c) 2014 [select VIEW...EDITOR OPTIONS] *
'*          : All Rights Reserved                               *
'*  Date    : 26.08.2014                                        *
'*  Version : 1.0                                               *
'*  Notes   :                                                   *
'*          :                                                   *
'****************************************************************
ADCON1=%00000110 'CONFIGURE PORT A AS DIGITAL
Include "Modedefs.bas"
'INCLUDE "BS2DEFS.BAS"
Define	OSC	4		' Set Xtal Frequency

	Clk     Var	portb.0		' Data is clocked on rising edge of this pin            kviteli
	Dta  	Var	portb.1		' Bits are shifted out of this pin          stafilosferi
	Load    Var	portb.2		' Transfers data to LEDs when Pulsed   lurji
    DQD Var portb.4              ' One-wire data pin FOR THERMOMETER
    
    ' ** Declare Constants **
	Decode_Reg 	Con	9	' Decode register, a 1 turns on BCD decoding for each digit. 
	Lum_Reg		Con	10	' Intensity register.
	Scan_Reg	Con	11	' Scan-limit register.
	Switch_Reg	Con	12	' On/Off Register.
	Test_Reg	Con	15	' Test mode register (all digits on, 100% bright)

'	Max_Digit	Con	5	' Amount of LED Displays being used.

' ** Declare Variables **
  	Counter		Var	Word	' Variable used for the Demo Counting routine
	Max_Disp	Var	Word	' 16-bit value to be displayed by the MAX7219
	Max_Dp		Var	Byte	' Digit number to place Decimal point (0-4)
	Register	Var	Byte	' Pointer to the Internal Registers of the MAX7219
	R_Val		Var	Byte	' Data placed in Each Register
	Digit		Var	Byte	' Position of individual numbers within MAX_Disp (0-3)
	Position	Var	Byte	' Position of each LED display (1-4)

temperature  Var Word       ' Temperature storage
pause 50

 'Alias pins - MAX31855 temp sensor
 MXSCLK var PORTC.1 'MAX31855 Clock 
 MXCS var PORTC.2 'MAX31855 Chip Select 
 MXSO Var PORTC.3 'MAX31855 Serial Data 


degCouple VAR Word
degCinternal VAR Word
TCtemp1 VAR Word
TCtemp0 VAR Word
faults VAR BYTE

SCVfault VAR faults.BIT2
SCGfault VAR faults.BIT1
OCfault VAR faults.BIT0

	Register=Scan_Reg		' Point to the Scan Register
	R_Val=3				' send 3, (Four LED Displays 0-3)
	Gosub Transfer			' Transfer this 16-bit Word to the MAX7219

	Register=Lum_Reg		' Point to the Luminance Register
	R_Val=1				' Send 5, (Value for Brightness)
	Gosub Transfer			' Transfer this 16-bit Word to the MAX7219

	Register=Decode_Reg		' Point to BCD Decode Register
	R_Val=%00001111			' Decode the first 5 digits
	Gosub Transfer			' Transfer this 16-bit Word to the MAX7219

	Register=Switch_Reg		' Point to the Switch Register 
	R_Val=1				' Set to One, (switches the display ON)
	Gosub Transfer			' Transfer this 16-bit Word to the MAX7219

	Register=Test_Reg		' Point to the Test Register
	R_Val=0				' Reset to Zero, (turns off Test mode)
	Gosub Transfer			' Transfer this 16-bit Word to the MAX7219


	Max_Dp=1			' Display number for Decimal Point
	
	pause 50
	
MAX_DISP=4321
GOSUB DISPLAY
PAUSE 500	
do
GOSUB GRADUS
max_disp=Tctemp1
GOSUB DISPLAY
PAUSE 20
LOOP
END	
	
	
Display:
	Digit=0						' Start at Digit 0 of Max_Disp Variable
	For Position=4 to 1 step -1			' Start at Farthest Right of Display 		
	Register=Position				' Place Position into Register
	R_Val=Max_Disp Dig Digit			' Extract the individual numbers from Max_Disp			
	If Max_Disp<10 and Position=3 then R_Val=15	' Zero Suppression for the second digit
	If Max_Disp<100 and Position=2 then R_Val=15	' Zero Suppression for the Third digit
	If Max_Disp<1000 and Position=1 then R_Val=15	' Zero Suppression for the Forth digit
	If Max_Disp<10000 and Position=0 then R_Val=15	' Zero Suppression for the Fifth digit
	If Digit=Max_Dp then R_Val.7=1			' Place the decimal point, held in Max_DP
	'lcdout $fe,$c0,"Reg:", #register, " VAL:",#R_Val, "   "
	pause 20
	Gosub Transfer					' Transfer the 16-bit Word to the MAX7219
	If Digit>=3 then Digit=0			' We only need the first four digits
	Digit=Digit+1					' Point to next Digit within Max_Disp
	Next Position					' Close the Loop
	Return						' Exit from subroutine

' Send a 16-bit word to the MAX7219 
Transfer:
  	Shiftout Dta,Clk,msbfirst,[Register,R_Val] ' Shift Out the Register first, then the data
  	pauseus 100
	High Load				' The data is now acted upon
	pauseus 100
@	Nop
@	Nop					' A small delay to ensure correct clocking times
	Low Load				' Disable the MAX7219 
	Return					' Exit from Subroutine
	
	
GRADUS:
  LOW MXCS 'chip select low
    SHIFTIN MXSO, MXSCLK, MSBPRE, [TCtemp1\16,TCtemp0\16] 'shift in the data
  HIGH MXCS 'chip select high
  degCouple = TCtemp1 >> 2 + (-TCtemp1.BIT15 << 14)   ' the last term extends the sign bit
  degCinternal = TCtemp0 >> 4 + (-TCtemp0.BIT15 << 12)
  'faults = TCtemp0.NIB0
  'degCouple = (TCtemp1 >> 2) / 4
  'DEBUG SDEC degCouple, TAB, SDEC degCinternal, TAB, BIN3 faults
  PAUSE 1000
  'DEBUG CLS

  
return