Using only shifts and adds. For CPUs that don't have these built-in operations:
'AlgoMultiply
'positive integers
'm*n
int i
quad m,n,q
m=101
n=96
for i=1 to 64
if n=0
exit for
endif
if n and 1
q+=m
endif
shr n 'shift right
shl m 'shift left
next
print q
int b,i,j,k,n,m
n=1010
m=026
'n/m
if m=0
end
endif
'shift m left
while n>m
j=m
k++ 'shifts counter
shl m
wend
for i=1 to k
shl b
if n>j
n-=j 'remainder
b++
endif
shr j 'shift right
next
print b " remainder " n
Are you planning an ARM Version?
I have an ARM based RaspberryPi 400 sitting on my other desk, but no opportunity to use it much. It's a small keyboard with the processor board tucked inside, and connectors at the back. the modern ARMs have multiply, divide and floating-point SIMD coprocessors with sufficient power to run smartphones. It's graphics power is rather limited but overall its a competent Linux desktop.
Its not that i need one, i just remember that some ARM Chips are so much RISC that they do not have own Divide operatoprs. So they use tables for this.