def task1():
# Task 1
a = fileMK.stemText(t[0])
m = re.findall("[ \(\)<>]([a-zA-Z]{4})[ \(\)<>]", a)
if m:
mDict = fileMK.unsortedDictFromWords(m)
p = outputPath + "task1"
fileMK.writeTextToFile(str(sorted(mDict.keys())), p)
def task2():
# Task 2
w = []
for i in range(len(t)):
w += t[i].split(" ")
unsorted_dict = fileMK.unsortedDictFromWords(w)
s = "There are " + str(len(unsorted_dict)) + " different Terms"
print(s)
path = outputPath + "task2.txt"
fileMK.writeTextToFile(s, path)
def task1():
# Task 1
words = []
for i in range(len(t)):
words += (t[i].split(" "))
sorted_dict = fileMK.sortedDictFromWords(words)
s = ""
for i in range(50):
s += str(sorted_dict[i]) + "\n"
s = s.replace("(", "").replace(")", "").replace("'","").replace(",",":")
path = input(" Enter Path & Filename (like \"D:\\terms.txt\")\n")
if path == "":
path = outputPath + "task1.txt"
fileMK.writeTextToFile(s, path)
def task4():
# Task 4
words = ""
for i in range(len(t)):
words += t[i] + "\n"
# Task a
print(" More than 3 Non-Space Characters in Brackets.")
m = re.findall("[(]\S{3,}[)]", words.lower())
print(str(len(m)) + " Brackets found")
path = outputPath + "task4a.txt"
fileMK.writeTextToFile(str(m), path)
# Task b
print(" More than 1 consecutive Words in Uppercase.")
m = re.findall("[A-Z]{2,}\s[A-Z]{2,}[\s[A-Z]{2,}]*", words.lower())
print(str(len(m)) + " Words found")
path = outputPath + "task4b.txt"
fileMK.writeTextToFile(str(m), path)
# Task c
print(" Numbers starting with \"#\".")
m = re.findall("#[0-9,]+", words.lower())
print(str(len(m)) + " Numbers found")
path = outputPath + "task4c.txt"
fileMK.writeTextToFile(str(m), path)
# Task d
print(" Terms containing a Hyphen.")
m = re.findall("[a-zA-Z]{3,}[-][a-zA-Z]{3,}", words.lower())
print(str(len(m)) + " Terms found")
path = outputPath + "task4d.txt"
fileMK.writeTextToFile(str(m), path)
def task4():
# Task 4
s = ""
fcan = fileMK.get2FollowingTerms(t, "can")
for i in range(len(fcan)):
s+= "can " + fcan[i] + "\n"
path = outputPath + "task4-can.txt"
fileMK.writeTextToFile(s, path)
s = ""
fgeneral = fileMK.get2FollowingTerms(t, "general")
for i in range(len(fgeneral)):
s += "general " + fgeneral[i] + "\n"
path = outputPath + "task4-general.txt"
fileMK.writeTextToFile(s, path)
def task5():
# Task 5
tcan = fileMK.readFileToArray(outputPath + "task4-can.txt")
dictcan = fileMK.sortedDictFromWords(tcan)
s = ""
for i in range(10):
s += str(dictcan[i]).replace("can ","") + "\n"
path = outputPath + "task5-can.txt"
fileMK.writeTextToFile(s, path)
tgeneral = fileMK.readFileToArray(outputPath + "task4-general.txt")
dictgeneral = fileMK.sortedDictFromWords(tgeneral)
s = ""
for i in range(10):
s += str(dictgeneral[i]).replace("general ","") + "\n"
path = outputPath + "task5-general.txt"
fileMK.writeTextToFile(s, path)
def task3():
# Task 3
words = []
for i in range(len(t)):
words += t[i].lower().split(" ")
unsorted_dict = fileMK.unsortedDictFromWords(words)
try:
i = int(input(" How many times should the term appear?\n"))
except ValueError:
print(" Invalid Value, assuming 51\n")
i = 51
times = [key for key, value in unsorted_dict.items() if value == i]
s = ""
for j in range(len(times)):
s += str(times[j]) + "; "
n = str(len(s.split("; "))-1)
print(" " + n + " Words found occuring " + str(i) + " time(s)")
path = outputPath + "task3-" + str(i) + ".txt"
fileMK.writeTextToFile(s, path)
def task6():
# Task 6
hamilton = fileMK.readFile(corpusPath + "Federalist Hamilton.txt")
madison = fileMK.readFile(corpusPath + "Federalist Madison.txt")
sorted_hamilton = fileMK.sortedDictFromWords(hamilton.lower().split(" "))
sorted_madison = fileMK.sortedDictFromWords(madison.lower().split(" "))
sHamilton = ""
sMadison = ""
for i in range(15):
sHamilton += str(sorted_hamilton[i]) + "\n"
sMadison += str(sorted_madison[i]) + "\n"
sHamilton = sHamilton.replace("(", "").replace(")", "").replace("'","")
sMadison = sMadison.replace("(", "").replace(")", "").replace("'","")
h = "Hamilton:\n" + str(sHamilton)
m = "Madison:\n" + str(sMadison)
print(h)
print(m)
path = outputPath + "task6.txt"
fileMK.writeTextToFile(h + "\n" + m, path)
