Blame |
Last modification |
View Log
| Download
| RSS feed
| ?url?
cpu mico8_v3
; from user's manual
b _start ; 0x33001 110011000000000001
_start:
nop ; 0x10000 010000000000000000
add:
movi R00,0x55 ; 0x12055 010010000001010101
movi R01,0x05 ; 0x12105 010010000100000101
movi R02,0x03 ; 0x12203 010010001000000011
add R01,R02 ; 0x08110 001000000100010000
addi R01,0x01 ; 0x0A101 001010000100000001
mov R03,R01 ; 0x10308 010000001100001000
mov R04,R02 ; 0x10410 010000010000010000
movi R05,0x35 ; 0x12535 010010010100110101
movi R06,0x43 ; 0x12643 010010011001000011
add R06,R05 ; 0x08628 001000011000101000
addi R06,0x13 ; 0x0A613 001010011000010011
mov R07,R05 ; 0x10728 010000011100101000
; This program will allow user to run a fibonacci number
; generator and updown counter. This program responds to
; the interrupt from the user (through Orcastra).
; When there is an interrupt, the program will halt the current program,
; and execute the int_handler function. When the intr_handler function
; is done, the program will continue from its last position
b int_handler
nop
nop
seti ; set the program to be able to receive interrupt
nop
nop
b start
start:
import r5, 5
mov r6, r5
andi r5, 0xf0 ; masking r5 to decide type of program
mov r7, r5
mov r5, r6
andi r5, 0x0f ; masking r5 to get the speed
mov r25, r5
cmpi r7, 0x10
bz phase2
cmpi r7, 0x20
bz phase2
b start
phase2:
cmpi r25, 0x01
bz phase3
cmpi r25, 0x02
bz phase3
cmpi r25, 0x03
bz phase3
cmpi r25, 0x04
bz phase3
b start
phase3:
cmpi r7, 0x10
; bz fibo
cmpi r7, 0x20 ; 1 = fibonacci, 2 = counter
; bz counter
b start
int_handler:
iret
; examples of instruction classes
add r15,r23
addi r2,0x12
rolc r10,r5
clri
setz
b $ + 10
import r10,21
export r10,21
; register aliases
myreg1e equ r15
myreg2e equ r14
myreg1r reg r15
myreg2r reg r14
myreg1re reg myreg1e
myreg2re reg myreg2e
add r14,r15
add myreg2e,myreg1e
add myreg2re,myreg1r
add myreg2re,myreg1re