;*****************************
;Begin User Configuration Area
;*****************************

;Define TRUE and FALSE
;---------------------
;
TRUE	set	1
FALSE	set	0

;Debug Flag
;----------
;	The DEBUG flag merely causes various internal values and
;	addresses to be printed during the assembly process.  This
;	printing is forced via assembly errors and thus should not
;	affect the resulting code in any way.
;
debug	equ	true		;Set to 1 for debugging mode

;Assembler Type
;______________
;
absasm	equ	true		;set 0 for rmac, set 1 for mac

;
;
;Define the console and printer environments
;===========================================
;	The following is a list of possible baud rates and the decimal
;	value needed for the cbaud and lbaud definitions
;
;	  Baud Rate	cbaud/lbaud	Baud Rate	cbaud/lbaud
;		 50	2304		     2000	58
;		 75	1536		     2400	48
;		110	1047		     3600	32
;		134.5	 857		     4800	24
;		150	 768		     7200	16
;		300	 384		     9600	12
;		600	 192		    19200	 6
;	       1200	  96		    38400	 3
;	       1800	  64		    56000	 2
;
;Define the console driver to be used.
;-------------------------------------
;	CONTYP is:	0	Nothing, used for patching to PROM's.
;			1	Provide for 128 bytes of patch space.
;			2	Multi I/O or Decision I driver.
;			3	2D/B driver.
;			4	DJDMA serial port
;			5	Switchboard serial port
;			6	North Star motherboard (2 serial + 1 parallel)
;
contyp	equ	2		;Console type
cbaud	equ	12		;Console Baud Rate

;Define the list driver to be used
;---------------------------------
;	LSTTYP is:	0	Nothing, used for patching to PROM's.
;			1	Provide for 128 bytes of patch space.
;			2	Multio/Wbio serial, no protocol.
;			3	Multio/Wbio serial, Clear To Send protocol.
;			4	Multio/Wbio serial, Data Set Ready protocol.
;			5	Multio/Wbio serial, Xon/Xoff protocol.
;
;	Note:	The Wunderbuss i/o board (Wbio) used in the Decision 1 is
;		functionally identical to the Multio.
;
lsttyp	equ	3		;List Device type
lbaud	equ	96		;List Device Baud Rate
	page

;Setup Disk System
;=================
;
;Select the Number of each type of disk drive
;--------------------------------------------
;	1) This following table tells the system the types and numbers of drives
;	   that are active.
;	2) Drives that are not present should be set to zero.
;	3) An example: If you have 2-8" drives using a DJDMA and one disk
;	   attached to an HDDMA controller you would set maxdm = 2 and
;	   maxmw = 1, with all other selections set to zero.
;
maxrd	equ	1		;RAM-Disk (may ONLY be 0 or 1)
maxmf	equ	2		;DJDMA floppies (5 1/4")
maxmw	equ	1		;HDDMA hard disks
maxhd	equ	0		;HDCA hard disk drives
maxdm	equ	2		;DJDMA floppies (8")
maxfd	equ	0		;DJ2D/B floppies (8" only)

;Set the Logical Ordering of the drives
;--------------------------------------
;	1) You must assign an 'order number' for each drive type selected
;	   in the previous set of equates. Drive types that WERE NOT selected
;	   in the previous set of equates must be set to zero in this set.
;	2) Numbering must start with 1 and be continious.
;	3) An example: Suppose that your system consists of two DJDMA_8"
;	   drives and four DJDMA_1/4" drives along with one drive attached to
;	   an HDDMA controller; Furthermore, suppose that you set dmorder to
;	   3, mforder to 2 and mworder to 1. The HDDMA would be your A: drive.
;	   The 8" drives would be the B: and C: drives; And, finally, the D:,
;	   E:, F:, and G: drives would be assigned to the 5_1/4" DJDMA drives.
;
rdorder	equ	1		;RAM-Disk
mforder	equ	2		;DJDMA floppies (5 1/4")
mworder	equ	4		;HDDMA hard disks
hdorder	equ	0		;HDCA hard disk drives
dmorder	equ	3		;DJDMA floppies (8")
fdorder	equ	0		;DJ2D/B floppies (8" only)

;HDDMA controller disk drives
;----------------------------
;	1) If the HDDMA controller has been selected then you must choose one
;	   (and only one) of the following drive types.
;
st506	equ	true		;Seagate ST-506
st412	equ	false		;Seagate ST-412
cm5619	equ	false		;CMI CM-5619

;HDCA controller disk drives
;---------------------------
;	1) If the HDCA controller has been selected then you must choose one
;	   (and only one) of the following drive types.
;
m10f	equ	false		;Fujitsu M2301B
m10m	equ	false		;Memorex
m20	equ	false		;Fujitsu M2302B
m26	equ	false		;Shugart SA4000

;DJDMA controller equates
;------------------------
;
mfslow	equ	false		;set true if slow stepping 5-1/4" floppy

;DJ2D/B controller equates
;-------------------------
;
fdorig	equ	0f800h		;Origin of DJ2D/B Disk Jockey PROM

;Misc Considerations
;-------------------
wmdrive	equ	0		;CP/M logical drive number to warm boot from.
mwquiet	equ	0		;Set for no names printed on login (HDDMA only)

	if	maxmw ne 0
badsiz	equ	32		;Number of badmap entries for HDDMA

	else			;(Only HDDMA drives use the bad map)
badsiz	equ	1		;Leave one entry as filler
	endif

micron	equ	FALSE		;Set for Micronix boot loader (only DJDMA)

;Non-Standard Flag
;-----------------
;	If this CBIOS is used with the CP/M 2.2 system that is shipped on
;	a Morrow Designs diskette then NOSTAND can be set to 1.  This
;	will allow the CBIOS to use various data areas found inside of
;	the CP/M 2.2 BDOS.  If the CBIOS is used with a different
;	operating system then NOSTAND should be set to 0.
;
nostand	equ	false		;Set to 1 for non-standard mode

;Offsets for SYSGEN
;----------------
	if	absasm		;if mac
offsetc	equ	2100h-bios	;Offset for sysgen
	endif

;Boot Controller Selection
;-------------------------
;	Only one of the following equates should be set to TRUE.  The
;	others sould be set to FALSE.  These equates define the boot loader
;	that is to be used.
;
dmboot	equ	FALSE		;Set to boot a DJDMA controller 8" Drives)
mfboot	equ	TRUE		;Set to boot a DJDMA controller (5 1/4" Drives)
fdboot	equ	FALSE		;Set to boot a DJ2D/B controller
mwboot	equ	FALSE		;Set to boot a HDDMA controller
hdboot	equ	FALSE		;Set to boot an HDC3 controller

;AUTOSTRT (Auto-start) option
;----------------------------
;	This equate, when set to 1, selects the autostart option, which
;	places a "AUTOSTRT" command in the CCP input buffer on a WARM boot

autost	equ	true

;Operating System & Console Command Processor:
;=============================================
;	The following equates define the operating system (CP/M or ZRDOS)
;	and the Console Command Processor (DRI's CCP or ZCPR3)

zcpr3	equ	true
zrdos	equ	zcpr3 AND true

  if	zcpr3
zlength	 equ	1400h		;Z-System data area length
bdostabl equ	bdos+0d70h	; Pointer to BDOS function table.	[ZRDOS]
tableptr equ	bdos+0b7h	; Pointer to POINTER to BDOS table.	[ZRDOS]
  else
bdostabl equ	bdos+0047h	; Pointer to BDOS function table.	[CP/M]
tableptr equ	bdos+038h	; Pointer to POINTER to BDOS table.	[CP/M]
  endif

;CP/M 3.x read console buffer option
;-----------------------------------
;	This equate selects the CP/M+ (3.x) style console buffer option, with
;	prior command restore (^W) & command editing (^A, ^F, ^K, ^B, ^G, etc.)

cpm3buf	 equ  true		; Implements a replacement for BDOS function 10
stndalon equ  true AND cpm3buf	; function 10 implemented by a stand-alone prog

  if	cpm3buf
    if zcpr3
savearea equ	0eb80h		; CP/M 3.x style console buffer save
    else
savearea equ	0ff00h		; CP/M 3.x style console buffer save
    endif
  endif