top | item 41979682 (no title) enord | 1 year ago Yes indeed! Except you can also do no memoization, such as the goto statement! discuss order hn newest rad_gruchalski|1 year ago And in imperative languages one can get away with no recursion. For example setTimeout(f, 0) in js or go routine in go. Of course one needs an accumulator in that case. enord|1 year ago Ah! That’s actually recursion again. Jerrrrrrry|1 year ago explain to me, exactly, how it knows what line to go to, and how to get there."go back to 0x00, then jump GOTO return register bits ahead"you still have a variable, the goto return register.it is your nested depth, the nesting limit til that register overflows.please explain to me cuz im confused fr enord|1 year ago Memoization is the word here. Can be done in different ways—- of which storing the stack frame is one.
rad_gruchalski|1 year ago And in imperative languages one can get away with no recursion. For example setTimeout(f, 0) in js or go routine in go. Of course one needs an accumulator in that case. enord|1 year ago Ah! That’s actually recursion again.
Jerrrrrrry|1 year ago explain to me, exactly, how it knows what line to go to, and how to get there."go back to 0x00, then jump GOTO return register bits ahead"you still have a variable, the goto return register.it is your nested depth, the nesting limit til that register overflows.please explain to me cuz im confused fr enord|1 year ago Memoization is the word here. Can be done in different ways—- of which storing the stack frame is one.
enord|1 year ago Memoization is the word here. Can be done in different ways—- of which storing the stack frame is one.
rad_gruchalski|1 year ago
enord|1 year ago
Jerrrrrrry|1 year ago
"go back to 0x00, then jump GOTO return register bits ahead"
you still have a variable, the goto return register.
it is your nested depth, the nesting limit til that register overflows.
please explain to me cuz im confused fr
enord|1 year ago