def act_edit(a):
data = pickle_load(a)
for i in list(data.keys()):
print(i, data[i])
n = input("Select item number to edit: ")
print (("Editing item: {}").format(data[int(n)]))
act = input("Choose what to edit ([b]rand / [m]odel / [p]ower) ")
if act == "p":
p = input("Enter new power: ")
data[int(n)].pop(2)
data[int(n)].insert(2, int(p))
print ("Updated item: ", data[int(n)])
pickle_dump(a, data)
elif act == "m":
p = input("Enter new model: ")
data[int(n)].pop(1)
data[int(n)].insert(1, p)
print ("Updated item: ", data[int(n)])
pickle_dump(a, data)
elif act == "b":
p = input("Enter new brand: ")
data[int(n)].pop(0)
data[int(n)].insert(0, p)
print ("Updated item: ", data[int(n)])
pickle_dump(a, data)
else:
wrong_input()
def search_main(a):
filter = input("Choose filter ([p]ower / [w]ord / [e]xactword) ")
if filter == "p":
filter2 = input("Power ([e]xact / [m]ore / [l]ess / [b]etween)? ")
if filter2 == "e":
sp = input("Exact power?")
for i in list(pickle_load(a).values()):
if i[2] == int(sp):
best = i[2]
print (i)
elif filter2 == "m":
search_more(a)
elif filter2 == "l":
search_less(a)
elif filter2 == "b":
search_between(a)
else:
wrong_input()
elif filter == "w":
word = input("Enter any word you wish: ")
for i in list(pickle_load(a).values()):
if i[0].lower().count(word.lower()) or i[1].lower().count(word.lower()):
print (i)
elif filter == "e":
word = input("Enter exact word you wish: ")
for i in list(pickle_load(a).values()):
if i[0].lower() == word.lower() or i[1].lower() == word.lower():
print (i)
else:
wrong_input()
def act_edit(a):
data = pickle_load(a)
for i in list(data.keys()):
print(i, data[i])
n = input("Select item number to edit: ")
print(("Editing item: {}").format(data[int(n)]))
act = input("Choose what to edit ([b]rand / [m]odel / [p]ower) ")
if act == "p":
p = input("Enter new power: ")
data[int(n)].pop(2)
data[int(n)].insert(2, int(p))
print("Updated item: ", data[int(n)])
pickle_dump(a, data)
elif act == "m":
p = input("Enter new model: ")
data[int(n)].pop(1)
data[int(n)].insert(1, p)
print("Updated item: ", data[int(n)])
pickle_dump(a, data)
elif act == "b":
p = input("Enter new brand: ")
data[int(n)].pop(0)
data[int(n)].insert(0, p)
print("Updated item: ", data[int(n)])
pickle_dump(a, data)
else:
wrong_input()
def search_main(a):
filter = input("Choose filter ([p]ower / [w]ord / [e]xactword) ")
if filter == "p":
filter2 = input("Power ([e]xact / [m]ore / [l]ess / [b]etween)? ")
if filter2 == "e":
sp = input("Exact power?")
for i in list(pickle_load(a).values()):
if i[2] == int(sp):
best = i[2]
print(i)
elif filter2 == "m":
search_more(a)
elif filter2 == "l":
search_less(a)
elif filter2 == "b":
search_between(a)
else:
wrong_input()
elif filter == "w":
word = input("Enter any word you wish: ")
for i in list(pickle_load(a).values()):
if i[0].lower().count(word.lower()) or i[1].lower().count(
word.lower()):
print(i)
elif filter == "e":
word = input("Enter exact word you wish: ")
for i in list(pickle_load(a).values()):
if i[0].lower() == word.lower() or i[1].lower() == word.lower():
print(i)
else:
wrong_input()
# Operation body
while True:
if not os.path.exists("data.pickle"):
pickle_dump("data.pickle", data)
act = input_main()
FUNCS = {
"l": "act_list('data.pickle')",
"d": "act_delete('data.pickle')",
"e": "act_edit('data.pickle')",
"s": "search_main('data.pickle')",
"a": "act_add('data.pickle')",
}
if act in FUNCS.keys():
try:
exec(FUNCS[act])
except:
print("\n Lots of errors are still not processed \n Interrupts can injure db consistancy! Careful!")
sys.exit(0)
else:
print("Congratiulations on no errors! :-)")
finally:
print(time.asctime())
elif act == "q":
break
else:
wrong_input()
if not os.path.exists("data.pickle"):
pickle_dump('data.pickle', data)
act = input_main()
FUNCS = {
"l": "act_list('data.pickle')",
"d": "act_delete('data.pickle')",
"e": "act_edit('data.pickle')",
"s": "search_main('data.pickle')",
"a": "act_add('data.pickle')"
}
if act in FUNCS.keys():
try:
exec(FUNCS[act])
except:
print(
"\n Lots of errors are still not processed \n Interrupts can injure db consistancy! Careful!"
)
sys.exit(0)
else:
print("Congratiulations on no errors! :-)")
finally:
print(time.asctime())
elif act == "q":
break
else:
wrong_input()