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base: zs7976:fc0c6809303bc94b103c1b9db7368545ec158a1b
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zs7976:master
zs7976:sic_sim_dev
zs7976:naloga1
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compare: zs7976:06aa39473a7ec48b003e2c3e2bd4b73ec5b40ab6
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zs7976:master
zs7976:sic_sim_dev
zs7976:naloga1

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fc0c680930 ... 06aa39473a

5 changed files with 0 additions and 222 deletions
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49
ass1/arith.asm
View file

@ -1,49 +0,0 @@
arith START 0
. seštevek: sum = x + y
LDA x
ADD y
STA sum
. razlika: diff = x - y
LDA x
SUB y
STA diff
. produkt: prod = x * y
LDA x
MUL y
STA prod
. količnik: quot = x / y
LDA x
DIV y .
STA quot
. ostanek: mod = x - y * (x / y)
STA qtemp
LDA y
MUL qtemp
STA prodtmp
LDA x
SUB prodtmp
STA mod
HALT J HALT
.data
x WORD 5
y WORD 2
sum RESW 1
diff RESW 1
prod RESW 1
quot RESW 1
mod RESW 1
qtemp RESW 1
prodtmp RESW 1
END arith

59
ass1/arithr.asm
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@ -1,59 +0,0 @@
.code
arithr START 0
LDA x ; A = x
LDB y ; B = y
RMO A,S ; S = x
RMO B,T ; T = y
. sum = x + y
RMO S,A ; A = x
ADDR T,A ; A = x + y
STA sum
. diff = x - y
RMO S,A ; A = x
SUBR T,A ; A = x - y
STA diff
. prod = x * y
RMO S,A ; A = x
RMO T,B ; B = y
MULR B,A ; A = x * y
STA prod
. quot = x / y
RMO S,A ; A = x
RMO T,B ; B = y
DIVR B,A ; A = x / y
STA quot
. mod = x % y = x - (x / y)*y
RMO S,A
RMO T,B
DIVR B,A ; A = q = x/y
RMO A,L ; L = q (shrani)
RMO T,A ; A = y
RMO L,B ; B = q
MULR B,A ; A = y*q = produkt
RMO S,B ; B = x
SUBR A,B ; B = x - (y*q)
STB mod
HALT J HALT
.data
x WORD 5
y WORD 2
sum RESW 1
diff RESW 1
prod RESW 1
quot RESW 1
mod RESW 1
END arithr

57
ass1/poly.asm
View file

@ -1,57 +0,0 @@
poly START 0
. potence x^1 .. x^4
LDA x
STA x1
MUL x
STA x2
MUL x
STA x3
MUL x
STA x4
. x3 = 2 * x^3
LDA x3
LDB #2
MULR A,B
STB x3
. x2 = 3 * x^2
LDA x2
LDB #3
MULR A,B
STB x2
. x1 = 4 * x
LDA x1
LDB #4
MULR A,B
STB x1
. vsota vseh
LDA x0
ADD x1
ADD x2
ADD x3
ADD x4
STA result
HALT J HALT
END poly
.data
x WORD 2 ; vrednost x
x4 RESW 1
x3 RESW 1
x2 RESW 1
x1 RESW 1
x0 WORD 5 ; konstanta
result RESW 1
END poly

56
ass1/stack.asm
View file

@ -1,56 +0,0 @@
.code
stack START 0
LDA #9
STA @stackptr
JSUB stackpush
JSUB stackpop
LDA @stackptr
halt J halt
stackinit
STA stacktmp
LDA #STACK
STA stackptr
LDA stacktmp
RSUB
stackpush
STA stacktmp
LDA stackptr
ADD #3
STA stackptr
LDA stacktmp
RSUB
stackpop
STA stacktmp
LDA stackptr
SUB #3
STA stackptr
LDA stacktmp
RSUB
.data
stackptr WORD 0
stacktmp WORD 0
STACKSIZE EQU 50
STACK RESW STACKSIZE
END stack

1
ass1/cat.asm → vhod_izhod/cat.asm
View file

@ -4,7 +4,6 @@ cat START 0
CLEAR X CLEAR X
read RD #0 read RD #0
STCH BUFF, X STCH BUFF, X
COMP #10 . \n COMP #10 . \n