def main():
build_num_in_slot(3, 0)
build_num_in_slot(40, 1)
build_num_in_slot(3, 7)
build_num_in_slot(10, 18)
build_num_in_slot(0, 255)
gameloop()
def main():
enqueue_strategy("playzero playdec", 10000) # takes 20k turns.
enqueue_strategy("playzero playsucc playdec", 10000) # 30k.
enqueue_strategy("playzero playsucc playsucc playdec", 10000) # 40k.
## ... just in case they tried healing their slot 255.
enqueue_strategy("playzero playdec", 10000)
gameloop()
def main():
enqueue_strategy("playzero playdec", 10000) # takes 20k turns.
enqueue_strategy("playzero playsucc playdec", 10000) # 30k.
enqueue_strategy("playzero playsucc playsucc playdec", 10000) # 40k.
## ... just in case they tried healing their slot 255.
enqueue_strategy("playzero playdec", 10000)
gameloop()
def main():
build_num_in_slot(3, 0)
build_num_in_slot(40, 1)
build_num_in_slot(3, 7)
build_num_in_slot(10, 18)
build_num_in_slot(0, 255)
gameloop()
def main():
## build the damage function.
build_linkedlist_better()
# two backup copies of the function.
copy(0, 1)
copy(0, 2)
## step 1: kill their low-numberd slots. (high-numbered for us.)
build_num_in_slot(254, 1)
smash()
for targetslot in range(254, 256):
for i in range(LOOPS):
### put the unrolled fireball in slot 0.
unsafe_copy(2, 0)
## pass the function a target slot number.
smash()
if targetslot != 255:
apply_card("succ", 1)
build_num_in_slot(250, 1)
for targetslot in range(250, 254):
for i in range(LOOPS):
### put the unrolled fireball in slot 0.
unsafe_copy(2, 0)
## pass the function a target slot number.
smash()
if targetslot != 253:
apply_card("succ", 1)
## just in case we've iterated over all the slots, try it twice. This
## should take us through the end of a game.
for times in range(2):
unsafe_copy(2, 0)
copy(2, 1)
## now start working on slot 0, which is easy to attack.
apply_slot(0, "zero")
for i in range(LOOPS):
unsafe_copy(1, 0)
## pass slot 0 a slot number.
apply_slot(0, "zero")
build_num_in_slot(0, 1)
for targetslot in range(1, 256):
apply_card("succ", 1)
for i in range(LOOPS):
### put the unrolled fireball in slot 0.
unsafe_copy(2, 0)
## pass the function a target slot number.
smash()
gameloop()
def main():
## build the damage function.
build_linkedlist_better()
# two backup copies of the function.
copy(0, 1)
copy(0, 2)
## step 1: kill their low-numberd slots. (high-numbered for us.)
build_num_in_slot(254,1)
smash()
for targetslot in range(254, 256):
for i in range(LOOPS):
### put the unrolled fireball in slot 0.
unsafe_copy(2,0)
## pass the function a target slot number.
smash()
if targetslot != 255:
apply_card("succ", 1)
build_num_in_slot(250,1)
for targetslot in range(250, 254):
for i in range(LOOPS):
### put the unrolled fireball in slot 0.
unsafe_copy(2,0)
## pass the function a target slot number.
smash()
if targetslot != 253:
apply_card("succ", 1)
## just in case we've iterated over all the slots, try it twice. This
## should take us through the end of a game.
for times in range(2):
unsafe_copy(2,0)
copy(2,1)
## now start working on slot 0, which is easy to attack.
apply_slot(0, "zero")
for i in range(LOOPS):
unsafe_copy(1,0)
## pass slot 0 a slot number.
apply_slot(0, "zero")
build_num_in_slot(0, 1)
for targetslot in range(1, 256):
apply_card("succ", 1)
for i in range(LOOPS):
### put the unrolled fireball in slot 0.
unsafe_copy(2,0)
## pass the function a target slot number.
smash()
gameloop()
def main():
# Decrements all the other player's slots by 8 within 17,000 turns
# or so. Maybe we can exploit this?
# Put "((S dec) dec)" in slot 1.
apply_slot(1, "dec")
apply_card("S", 1)
apply_slot(1, "dec")
# Build an S in slot 0.
apply_slot(0, "S")
# # Put (S ((S dec) dec)) in slot 0.
smash()
# Put (S ((S dec) dec)) and ((S dec) dec) together in slot 0.
smash()
# Slot 0 contains: ((S ((S dec) dec)) ((S dec) dec))
# Copy it over to slot 1 as well
copy(0,1)
# # Now do: (((S slot0) slot1) targetslot)
apply_card("S", 0)
smash()
num = 0;
while (len(pipeline) < 17000):
# Save for later
copy(0,2)
build_num_in_slot(num, 1)
smash()
# Copy back to slot 0
copy(2,0)
num = num + 1
gameloop()
def main():
# Decrements all the other player's slots by 8 within 17,000 turns
# or so. Maybe we can exploit this?
# Put "((S dec) dec)" in slot 1.
apply_slot(1, "dec")
apply_card("S", 1)
apply_slot(1, "dec")
# Build an S in slot 0.
apply_slot(0, "S")
# # Put (S ((S dec) dec)) in slot 0.
smash()
# Put (S ((S dec) dec)) and ((S dec) dec) together in slot 0.
smash()
# Slot 0 contains: ((S ((S dec) dec)) ((S dec) dec))
# Copy it over to slot 1 as well
copy(0, 1)
# # Now do: (((S slot0) slot1) targetslot)
apply_card("S", 0)
smash()
num = 0
while (len(pipeline) < 17000):
# Save for later
copy(0, 2)
build_num_in_slot(num, 1)
smash()
# Copy back to slot 0
copy(2, 0)
num = num + 1
gameloop()
def main():
# Set up address of slot 3, in slot 0.
build_num_in_slot(3, 0)
# Set up contents of slot 3.
build_num_in_slot(50, 3)
# Set up address of slot 255, in slot 1.
build_num_in_slot(255, 1)
# Set up contents of slot 255.
build_num_in_slot(20, 255)
init_slot_with_card(5, "succ")
# Apply succ, in slot 5, to 50, in slot 3. Result should be 51,
# and end up in slot 5.
apply_slotX_to_slotY(5, 3, yaddr=0)
init_slot_with_card(6, "dbl")
# Apply dbl, in slot 6, to 20, in slot 255. Result should be 40,
# and end up in slot 6.
apply_slotX_to_slotY(6, 255, yaddr=1)
# Build the applicative Y combinator in slot 30. Should touch
# slots 0, 1, 30, 31, and 32.
build_applicative_y(30)
# The 'help target target amount' thing -- thanks, Jesse!
build_num_in_slot(30, 1)
build_num_in_slot(300,0)
apply_slot(70, "help")
apply_slotX_to_slotY(70, 1)
apply_slotX_to_slotY(70, 1)
apply_slotX_to_slotY(70, 0)
gameloop()
def main():
## This takes up slots 0,1 and also 5,6,7, but it puts the y combinator
## into slot 5.
build_applicative_y(5)
## stomps registers [0,4]. Result is in 0.
build_fireball()
## make 0 and 1 Y, fireball respectively
copy(0, 1)
copy(5, 0)
## combinate: now the combinated fireball is in 0.
smash()
## make backup copies of the combinated fireball.
copy(0, 1)
copy(0, 2)
## pass slot 0 a slot number.
apply_slot(0, "zero")
for i in range(999):
unsafe_copy(1, 0)
## pass slot 0 a slot number.
apply_slot(0, "zero")
build_num_in_slot(0, 1)
## really should be up to range 256, but we're not fast enough yet.
for targetslot in range(1, 10):
apply_card("succ", 1)
for i in range(1000):
### put the combinated fireball in slot 0.
unsafe_copy(2, 0)
## pass slot 0 a slot number.
smash()
gameloop()
def main():
## This takes up slots 0,1 and also 5,6,7, but it puts the y combinator
## into slot 5.
build_applicative_y(5)
## stomps registers [0,4]. Result is in 0.
build_fireball()
## make 0 and 1 Y, fireball respectively
copy(0,1)
copy(5,0)
## combinate: now the combinated fireball is in 0.
smash()
## make backup copies of the combinated fireball.
copy(0,1)
copy(0,2)
## pass slot 0 a slot number.
apply_slot(0, "zero")
for i in range(999):
unsafe_copy(1,0)
## pass slot 0 a slot number.
apply_slot(0, "zero")
build_num_in_slot(0, 1)
## really should be up to range 256, but we're not fast enough yet.
for targetslot in range(1, 10):
apply_card("succ", 1)
for i in range(1000):
### put the combinated fireball in slot 0.
unsafe_copy(2,0)
## pass slot 0 a slot number.
smash()
gameloop()
def main():
build_onemore()
copy(0, 2) ## back up the onemore for later use
build_base(1)
smash()
copy(0, 1) ## move the now-bigger function into 1
## build up a function that does 67 damage. That's the biggest one that we
## can run without going over the function application limit.
for i in range(65):
# copy the onemore into 0
copy(2, 0)
smash()
# copy the now-bigger function into 1
copy(0, 1)
## two backup copies of the 67-damage thing.
copy(0, 2)
## step 1: kill their low-numbered slots. (high-numbered for us.)
build_num_in_slot(253, 1)
smash()
for targetslot in range(253, 256):
for i in range(LOOPS):
### put the unrolled fireball in slot 0.
unsafe_copy(2, 0)
## pass the function a target slot number.
smash()
if targetslot != 255:
apply_card("succ", 1)
build_num_in_slot(250, 1)
for targetslot in range(250, 253):
for i in range(LOOPS):
### put the unrolled fireball in slot 0.
unsafe_copy(2, 0)
## pass the function a target slot number.
smash()
if targetslot != 253:
apply_card("succ", 1)
unsafe_copy(2, 0)
copy(2, 1)
## now start working on slot 0, which is easy to attack.
apply_slot(0, "zero")
for i in range(LOOPS):
unsafe_copy(1, 0)
## pass slot 0 a slot number.
apply_slot(0, "zero")
build_num_in_slot(0, 1)
## really should be up to range 256. How fast are we?
for targetslot in range(1, 100):
apply_card("succ", 1)
for i in range(LOOPS):
### put the unrolled fireball in slot 0.
unsafe_copy(2, 0)
## pass the function a target slot number.
smash()
gameloop()
def main():
build_onemore()
copy(0, 2) ## back up the onemore for later use
build_base(1)
smash()
copy(0,1) ## move the now-bigger function into 1
## build up a function that does 67 damage. That's the biggest one that we
## can run without going over the function application limit.
for i in range(65):
# copy the onemore into 0
copy(2,0)
smash()
# copy the now-bigger function into 1
copy(0,1)
## two backup copies of the 67-damage thing.
copy(0,2)
## step 1: kill their low-numbered slots. (high-numbered for us.)
build_num_in_slot(253,1)
smash()
for targetslot in range(253, 256):
for i in range(LOOPS):
### put the unrolled fireball in slot 0.
unsafe_copy(2,0)
## pass the function a target slot number.
smash()
if targetslot != 255:
apply_card("succ", 1)
build_num_in_slot(250,1)
for targetslot in range(250, 253):
for i in range(LOOPS):
### put the unrolled fireball in slot 0.
unsafe_copy(2,0)
## pass the function a target slot number.
smash()
if targetslot != 253:
apply_card("succ", 1)
unsafe_copy(2,0)
copy(2,1)
## now start working on slot 0, which is easy to attack.
apply_slot(0, "zero")
for i in range(LOOPS):
unsafe_copy(1,0)
## pass slot 0 a slot number.
apply_slot(0, "zero")
build_num_in_slot(0, 1)
## really should be up to range 256. How fast are we?
for targetslot in range(1, 100):
apply_card("succ", 1)
for i in range(LOOPS):
### put the unrolled fireball in slot 0.
unsafe_copy(2,0)
## pass the function a target slot number.
smash()
gameloop()
