mlhoutel / compy Goto Github PK

test_list = [12, 67, 98, 34]

res = []
for ele in test_list:
    sum = 0
    for digit in str(ele):
        sum += int(digit)
    res.append(sum) # <= here
 
print ("List Integer Summation : " + str(res))

for i in range(10):
    while True:
        print(i)
        break

[__INL__STATE := (None, 1), [[__INL__i := i, [__INL__TEMP := (lambda __INL__CORE, __INL__STATE, i, print: __INL__CORE(__INL__CORE, __INL__STATE, __INL__i, print))((lambda __INL__CORE, __INL__STATE, i, print: [__INL__i := __INL__i, __INL__print := print, __INL__COND := True, [__INL__print(__INL__i), __INL__STATE := (None, 2), __INL__CORE(__INL__CORE, __INL__STATE, __INL__i, __INL__print)][-1] if __INL__COND else (__INL__STATE, __INL__i, print)][-1]), __INL__STATE, __INL__i if 'i' in vars() else __builtins__.i if hasattr(__builtins__, 'i') else None, print if 'print' in vars() else __builtins__.print if hasattr(__builtins__, 'print') else None), __INL__STATE := __INL__TEMP[0], __INL__i := __INL__TEMP[1], print := __INL__TEMP[2]], [] if __INL__STATE[1] > 1 else None] for i in range(10)], [] if __INL__STATE[1] > 0 else None]

 ..., [__INL__STATE := (None, 2), __INL__TEMP := (...)], ...

[:]

f'''
{code['co_cellvars']}
'''

[__INL__STATE := (None, 1), f'\n{code[co_cellvars]}\n']

f"La circonférence d'un cercle de rayon {rayon} est {circonference(rayon)}"

while True:
    if True:
        break

[__INL__STATE := (None, 1), [__INL__TEMP := (lambda __INL__CORE, __INL__STATE: __INL__CORE(__INL__CORE, __INL__STATE))((lambda __INL__CORE, __INL__STATE: [__INL__COND := True, [[__INL__STATE := (None, 2)] if True else None, [] if __INL__STATE[1] > 1 else None, __INL__CORE(__INL__CORE, __INL__STATE)][-1] if __INL__COND else (__INL__STATE, None)][-1]), __INL__STATE), __INL__STATE := __INL__TEMP[0]], [] if __INL__STATE[1] > 0 else None]