def findLowestPrice$($products$,$ discounts$)$:

total $=0$

for product in products:

min$\_$price $=$ float $(\text{'}$inf$\text{'})$

for i in product:

price $=$ int$($i$[01)|$I

prices $=[]$

for j in range$(1,$ len$($i$))$:

val$=$price

for discount in discounts: if discount$[0]==$i$[$j$]$:

a$,$ b $=$ int $($discount$[1]),$ int $($discount $[$

break if a$==0$:

val$=$min $($val$,$ b$)$

elif a$==1$:

val $=$ min $($val$,$ round $($price$-($price$*($b$/101$

elif a$==2$:

val$=$min $($val$,$ price$-$b$)$

prices. append $($val$)$

min$\_$price $=$ min$($min$\_$price, sum $($prices$))$

total$+=$min$\_$price

return total

price $=$ int$($i$[0])$

ValueError: invalid literal for int$)$ with base $10$: $\text{'}$s$\text{'}$