Question

Make a .py file called fruitStorage.py. The script should asks users for a fruit/vegetable and the count of those items that they have, or “quit” to quit. Until the user enters quit, store the fruit and their count in a list of tuples, of the form:

[(tomato, 5), (blueberry, 10), ….]

Duplicates should add the count to the already stored count.

When the user enters quit, print a report of the user’s input, with the following general appearance:

Produce, Count
tomato, 5
blueberry, 10
…
…
…
Average count per produce item: #
Total # of produce: #

Where total is the sum of counts and the average is the average count of produce per produce.

Make an edit of the first .py, called fruitDictionary. Perform the same task as above, with the same output. The exact approach is up to you. In a comment in the .py file, say which of the two approaches you prefer and why.

Answer 1

code,indentation(as HomeworkLib editor doesn't support indentation in its editor) and test cases are provided below..please comment for any queries and don't forget to thumbs up if helped!

code:

#fruitStorage.py

ftupls=list()

flag=True

while(flag):

print("1.add a fruit/vegetable\n2.quit")

inp=int(input())

if(inp==1):

print("enter fruit/vegetable name")

fname=input()

print("enter fruit/vegetable count")

fcount=int(input())

ls=[item for item in ftupls if item[0] == fname]

if(ls==[]):

ftupls.append((fname,fcount))

else:

for i,(fruit, count) in enumerate(ftupls):

if(fruit==fname):

ftupls[i] = (fruit, count+fcount)

if(inp==2):

print("Produce,Count")

total=0

for tp in ftupls:

print("{},{}".format(tp[0],tp[1]))

total+=tp[1]

avg=total/len(ftupls)

print("Average count per produce item: {}".format(avg))

print("Total of produce: {}".format(total))

flag=False

indentation:

$2 ftupls-list() 3 flag True while(flag): print(1.add a fruit/vegetable\n2.quit) inp-int(input()) if(inp-1): print(enter fruit/vegetable name) fname-input() print(enter fruit/vegetable count fcount-int(input()) 10 12 13 ls [item for item in ftupls if item[0] ifls []): fname ] ftupls.append((fname, fcount)) 16 else: for i,(fruit, count) in enumerate(ftupls): if(fruit-fname): 18 19 20 21 ftupls[i]- (fruit, count+fcount) if(inp-2): print( Produce, Count) total-0 for tp in ftupls: 23 2 4 25 26 print(,.format(tp[0],tp[1])) total+-tp[1] avg-total/len(ftupls) print(Average count per produce item: .format (avg)) print( Total of produce: 1.format(total)) flag-False 28 29$

output:

code:

#fruitDictionary.py

fdicls=list()

flag=True

while(flag):

print("1.add a fruit/vegetable\n2.quit")

inp=int(input())

if(inp==1):

print("enter fruit/vegetable name")

fname=input()

print("enter fruit/vegetable count")

fcount=int(input())

if(any(fname in item for item in fdicls)):

for fd in fdicls:

for fruit,count in fd.items():

if(fruit==fname):

fd[fruit] = count+fcount

else:

fdicls.append({fname:fcount})

if(inp==2):

print("Produce,Count")

total=0

for fd in fdicls:

for fruit,count in fd.items():

print("{},{}".format(fruit,count))

total+=count

avg=total/len(fdicls)

print("Average count per produce item: {}".format(avg))

print("Total of produce: {}".format(total))

flag=False

indentation:

output:

#comment in any of the .py file provided this:

#i would prefer using dict for this problem as it makes accessing and manipulating values by keys easy