timer.py

# import time
# minutes = 3 


# for i in reversed(range(minutes)):
#     for j in reversed(range(60)):
#         print(i,j, sep=":")
#         time.sleep(1)

# names = ["lola", "seun"]
# print (names)
# for i in range(5):
#     names.append("shina")
# print("after appending")
# print(names)

# names = ["lola", "seun"]
# print (names)
# for i in range(10):
#     names.append("vico")
# print("after appending")
# for j in range(5):
#     names.append("kayo")
# print(names)

# names = ["lola","lola","lola","lola", "seun", "shina"]
# print (names)

# print(names.count("lola"))

# names = ["tade","lola","lola","lola", "seun", "shina"]
# print (names)
# next_list = names.copy()
# print(next_list)
# names.extend(["boy", "girl"])
# print(names)
# names.insert(4,"teju")
# print(names)
# loss = names.index("lola")
# print(loss)
# names.pop(4)
# print(names)
# tally = names.reverse()
# print(tally)

# import itertools

# act = { 'coro' : ['bd','gh'],'ebola' : ['aK','lL'] }


# for combo in itertools.product(*[act[k] for k in sorted(act.keys())]):
# # act = 
    # print(''.join(combo))

# import itertools

# act = { "coro" : ["co","vi"],"ebola" : ["eb","la"] }


# for combo in itertools.product(*[act[k] for k in sorted(act.keys())]):
# # act = 
#     print(''.join(combo))


# coro = ["co", "ro"]
# ebola =["eb", "ol","a"]
# for i in coro:
#     for j in ebola:
#         print(i + j)

# names = "ebola"
# names_rep = "corona"

# for i in names:
#     for j in names_rep:
# #         print(j,i)
# names = "ebola"
# names_rep = "corona"
# anoda = "lassa"

# for i in names:
#     for j in names_rep:
#         for k in anoda:
#             print(j,i,k)
# print("done")