; The format of the input file:
; each device definition begins with a line like this:
;
;       .devicename
;
;  after it go the port definitions in this format:
;
;       portname        address
;
;  the bit definitions (optional) are represented like this:
;
;       portname.bitname  bitnumber
;
; lines beginning with a space are ignored.
; comment lines should be started with ';' character.
;
; the default device is specified at the start of the file
;
;       .default device_name
;
; all lines non conforming to the format are passed to the callback function
;
; the processor definition may include the memory configuration.
; the line format is:
;
;       area CLASS AREA-NAME START:END
;
; where CLASS is anything, but please use one of CODE, DATA, BSS
;       START and END are addresses, the end address is not included

; Interrupt vectors are declared in the following way:

; interrupt NAME ADDRESS COMMENT

.default Z8

.Z8
; http://www.zilog.com/docs/um0016.pdf
; Z8 CPU User Manual

; MEMORY MAP
area CODE code           0x0000:0x10000 ; code segment: up to 64K
area DATA INTMEM         0x0000:0x01000 ; internal RAM/registers
area DATA EXTMEM         0x0000:0x10000 ; external data: up to 64K

; Interrupt and reset vector assignments
interrupt irq0  0x0 DAV0, IRQ0, Comparator
interrupt irq1  0x2 DAV1, IRQ1
interrupt irq2  0x4 DAV2, IRQ2, TIN, Comparator
interrupt irq3  0x6 IRQ3, Serial in
interrupt irq4  0x8 T0, Serial out
interrupt irq5  0xA T1
entry     RESET 0xC Reset

; Registers
; use the third nibble for the Expanded Register File (ERF) banks, e.g. 0xF0F for ERF F, register 0F
p0      0x00 Port 0
p1      0x01 Port 1
p2      0x02 Port 2
p3      0x03 Port 3
sio     0xF0 Serial I/O
tmr     0xF1 Timer mode
t1      0xF2 Timer/counter 1
pre1    0xF3 T1 prescaler
t0      0xF4 Timer/counter 0
pre0    0xF5 T0 prescaler
p2m     0xF6 Port 2 mode register
p3m     0xF7 Port 3 mode register
p01m    0xF8 Ports 0-1 mode register
ipr     0xF9 Interrupt priority register
irq     0xFA Interrupt request register
imr     0xFB Interrupt mask register
flags   0xFC Program control flags
rp      0xFD Register pointer
sph     0xFE Stack pointer high byte
spl     0xFF Stack pointer low byte

;Expanded Register Group F
wdtmr   0xF0F Watch Dog Timer      
smr     0xF0B Stop Mode Recovery
pcon    0xF00 PCON Register

;Expanded Register Group C
scon   0xC02 SPI Control
rxbuf  0xC01 SPI Tx/Rx Data
scomp  0xC00 SPI Compare

.Z86C93
; http://www.zilog.com/docs/z8/dc2508.pdf
; Z86C93 Product Specification

; MEMORY MAP
area CODE code           0x0000:0x10000 ; code segment: up to 64K
area DATA INTMEM         0x0000:0x01000 ; internal RAM/registers
area DATA EXTMEM         0x0000:0x10000 ; external data: up to 64K

; Interrupt and reset vector assignments
interrupt irq0  0x0 DAV0, P32, T2
interrupt irq1  0x2 P33
interrupt irq2  0x4 DAV2, P31, TIN
interrupt irq3  0x6 P30, Serial in
interrupt irq4  0x8 T0, Serial out
interrupt irq5  0xA T1
entry     RESET 0xC Reset

; Registers
; use the third nibble for the Expanded Register File (ERF) banks, e.g. 0xF0F for ERF F, register 0F
p0      0x00 Port 0
p2      0x02 Port 2
p3      0x03 Port 3
sio     0xF0 Serial I/O
tmr     0xF1 Timer mode
t1      0xF2 Timer/counter 1
pre1    0xF3 T1 prescaler
t0      0xF4 Timer/counter 0
pre0    0xF5 T0 prescaler
p2m     0xF6 Port 2 mode register
p3m     0xF7 Port 3 mode register
p01m    0xF8 Ports 0-1 mode register
ipr     0xF9 Interrupt priority register
irq     0xFA Interrupt request register
imr     0xFB Interrupt mask register
flags   0xFC Program control flags
rp      0xFD Register pointer
sph     0xFE Stack pointer high byte
spl     0xFF Stack pointer low byte

;Expanded Register Group E
mreg0   0xE00 Multiply/Divide unit
mreg1   0xE01 Multiply/Divide unit
mreg2   0xE02 Multiply/Divide unit
mreg3   0xE03 Multiply/Divide unit
mreg4   0xE04 Multiply/Divide unit
mreg5   0xE05 Multiply/Divide unit
mdcon   0xE06 Multiply/Divide control register

;Expanded Register Group D
t2tmr   0xD01 T2 timer mode register
t1h     0xD02 Timer/counter 1 high byte
t2pre   0xD03 T2 prescaler register
t0h     0xD04 Timer/counter 0 high byte
t2h     0xD06 Timer/counter 2 high byte
t2l     0xD07 Timer/counter 2 low byte
t2caph  0xD08
t2capl  0xD09