Bascom(P) unter Linux       

bascomp command line compiler version 2.0.7.x
supports all existing and future DAT files
DAT Directory :Z:\home\ralf\bascomp\*.DAT
DAT files found  :80
Usage : bascomp file.bas SS=softstack FR=framesize HW=hardwarestack CHIP=index
31=ATtiny2313A
91=ATtiny48
100=ATMEGA325
.........
39=ATMega128RFA1
42=ATMega165
19=atmega64
Set baudrate, XTAL, LCD etc. with $ directives and CONFIG in your code

  $regfile = "m8def.dat"       ' used microcontroller
'  $Regfile="Attiny45.dat"
  '$regfile = "attiny13.dat"

#! /bin/bash

# Usage: c-f-bas "filename without .bas"

#-------------------------------------

# insert your Programmer here:

# a self defined programmer:
#PROG='burkhard'
#PORT='/dev/ttyS0'
#DLAY='20' # important; slow down the Programmer if the MCU's clock is below 8 MHz

# parallel port programmer "SP12"
#PROG='sp12'
#PORT='/dev/parport0'
# DLAY='10' # important; slow down the Programmer if the MCU's clock is below 8 MHz

# usbasp
 PROG='usbasp'
 PORT='usb'
 DLAY='10'

#-------------------------------------

# We check if a nonexisting filename or no filename was called
# the extension "bas" is added automatically
# the script ends if the filename does not exist

if [ -a ./$1.bas ]; then
    echo " compiling ...."
else
    echo " empty file or wrong filename "
    sleep 2
    exit
fi

# if the source code was edited with a linux editor, lines may not end
# with carriage returns. We add them with sed and write into a file
# named "filename.dos":

cat $1.bas | sed 's/$'"/`echo \\\r`/" > $1.dos  2> /dev/null

# We call bascomp and hand over the filename:
# all bascom outputs are sent to /dev/null

wine ~/bascomp/bascomp.exe $1.dos auto  2> /dev/null 1> /dev/null

# now we print "ok" if the source was compiled
# or print the content of the error file and exit (if compilation failed):

if [ -a ./$1.err ]; then
    cat ./$1.err
    sleep 3
    exit
else
    echo " compilation ok "
#    sleep 1
fi

#-------------------------------------

# here the avrdude part starts:

# we try to cut out the name of the micocontroller from the *.bas file
# first "sed" command deletes all blanks from the lines
# first "grep" deletes all $regfile statements that have been commented out (like '$regfile )
# second "grep" extracts the line containing $regfile
# first "cut" cuts out the second expression after the delimiter "="
# second "cut" cuts off comments at the and of the valid $regfile line
# "tr" transforms upper case letters to lowercase letters
# second "sed" deletes the carriage return
# now we have an expression like "m8def.dat"

REG=$( sed 's/ //g' $1.bas | grep -v "^'$regfile" | grep '$regfile' | cut -d "=" -f 2 | cut -d "'" -f 1 | tr A-Z a-z | sed 's/\r//' )

# the "PART" name that avrdude expects is somewhat different from the regfile's micocontroller name
# so first sed deletes "def" (like in m8def.dat)
# second sed deletes ".dat"
# now we have an expression like "m8"
# last cut removes "" - it cuts out m8 - this is the form avrdude expects

PART="none"
PART=$( echo $REG | sed 's/def//g' | sed 's/.dat//g' | cut -d '"' -f2 )

# now we check if "PART" is empty or "none"

if [ -z $PART ]; then
    echo "Sorry - no valid microcontroller name was handed over to avrdude!"
    sleep 5
    exit
fi

if [ $PART = "none" ]; then
    echo "Sorry - no valid microcontroller name was handed over to avrdude!"
    sleep 5
    exit
fi

if [ -z $DLAY ]; then
    avrdude -p $PART -c $PROG -P $PORT -U flash:w:$1.hex:i
else
    avrdude -p $PART -c $PROG -P $PORT -B $DLAY   -U flash:w:$1.hex:i
fi

sleep 3        # we leave the avrdude output on the screen for 3 seconds