INTERRUPTS:                         order number in interrupt controll dialog.

-v0 (Z80)                           ordernumber[value on bus]
==============
RESET                          =    0
NMI                            =    1
INT0[0]                        =    2[opcode]     /* up to 4 byte */
INT0[1]                        =    3
INT0[2]                        =    4[address]    /* one byte */
==============

-v1 (64180)
==============
RESET                          =    0
NMI                            =    1
INT0[0]                        =    2[opcode]     /* up to 4 byte */
INT0[1]                        =    3
INT0[2]                        =    4[address]    /* one byte */
INT1                /* 0x00 */ =    5
INT2                /* 0x02 */ =    6
TIMER0              /* 0x04 */ =    7
TIMER1              /* 0x06 */ =    8
DMA0                /* 0x08 */ =    9
DMA1                /* 0x0A */ =    10
CLOCKED SERIAL I/O  /* 0x0C */ =    11
ASCI0               /* 0x0E */ =    12
ASCI1               /* 0x10 */ =    13
==============

Command line options:
=====================

The command line switch "v" selects which CPU to be simulated:

-v0   Debugger simulates Z80 processor (default mode)

-v1   Debugger simulates 64180 processor 

-nommu		ignore the ubrof-symbols defining CBAR_value and CBR_value

-setmmu		if CBAR_value and CBR_value undefined or defined to 0, set 
		CBAR_value and CBR_value like this: -setmmu 0x84 0x08
		this means CBAR_value=0x84 and CBR_value=0x08

-umask		Mask the I\O space with this mask
		E.G. -umask 0xFF
		This means that you use only the lowest
		256 bytes in the I\O-address space.

-uu   Enables simulation of undocumented Z80 instructions.
