tm = open('pg35.txt','r')
dict = {}
arr_v = []
arr_k = []
placeholder = None
itera = True
# split all text in the book in words and save the count of same word
for line in tm:
line = line.strip()
line = line.translate(None,'!@#$%^&*()_+`~{}[\\]:"|\';<>?/.,<>-=')
line = line.lower()
list = line.split(' ')
for word in list:
if word in dict:
count = dict[word]
count += 1
dict[word] = count
else:
dict[word] = 1
# assing dictonary to array for sort
for word,count in dict.iteritems():
arr_v.append(count)
arr_k.append(word)
# dictionary sort desc
while itera:
itera = False
for item in range(0,len(arr_v)-1):
if arr_v[item] < arr_v[item+1]:
itera = True
placeholder=arr_v[item+1]
arr_v[item+1]=arr_v[item]
arr_v[item]=placeholder
placeholder=arr_k[item+1]
arr_k[item+1]=arr_k[item]
arr_k[item]=placeholder
# write ordered result to file
res = open('result.txt','w')
for item in arr_k:
res.write("The word \"" + item + "\" is present " + str(dict[item]) + " times. \n")
res.close()
