def cate():
os.system("clear")
cat_logo()
Toolo = raw_input("\n\033[1;33m >>> \033[1;m")
if Toolo == "1":
cat1()
cate()
elif Toolo == "2":
cat2()
cate()
elif Toolo == "3":
cat3()
cate()
elif Toolo == "4":
cat4()
cate()
elif Toolo == "5":
cat5()
cate()
elif Toolo == "6":
cat6()
cate()
elif Toolo == "7":
cat7()
cate()
elif Toolo == "8":
cat8()
cate()
elif Toolo == "9":
cat9()
cate()
elif Toolo == "10":
cat10()
cate()
elif Toolo == "11":
cat11()
cate()
elif Toolo == "12":
cat12()
cate()
elif Toolo == "00" or Toolo == "back":
pass
else:
print("\033[01;34m\007\n error : \033[01;37m\'" + Toolo +
"\' \033[01;31minvalid option !!!")
sleep(1)
cate()
def cate():
os.system("clear")
cat_logo()
Toolo = raw_input("\n\033[1;33m >>> \033[1;m")
if Toolo == "1":
cat1()
cate()
elif Toolo == "2":
cat2()
cate()
elif Toolo == "3":
cat3()
cate()
elif Toolo == "4":
cat4()
cate()
elif Toolo == "5":
cat5()
cate()
elif Toolo == "6":
cat6()
cate()
elif Toolo == "7":
cat7()
cate()
elif Toolo == "8":
cat8()
cate()
elif Toolo == "9":
cat9()
cate()
elif Toolo == "10":
cat10()
cate()
elif Toolo == "11":
cat11()
cate()
elif Toolo == "12":
cat12()
cate()
elif Toolo == "00" or Toolo=="back":
pass
else:
print ("\033[01;34m\007\n error : \033[01;37m\'"+Toolo+"\' \033[01;31minvalid option !!!")
sleep(1)
cate()
def cate():
os.system("clear")
cat_logo()
Toolo = raw_input("\n\033[1;33m >>> \033[1;m")
if Toolo == "1":
cat1()
cate()
elif Toolo == "2":
cat2()
cate()
elif Toolo == "3":
cat3()
cate()
elif Toolo == "4":
cat4()
cate()
elif Toolo == "5":
cat5()
cate()
elif Toolo == "6":
cat6()
cate()
elif Toolo == "7":
cat7()
cate()
elif Toolo == "8":
cat8()
cate()
elif Toolo == "9":
cat9()
cate()
elif Toolo == "10":
cat10()
cate()
elif Toolo == "11":
cat11()
cate()
elif Toolo == "12":
cat12()
cate()
elif Toolo == "00" or Toolo == "back":
pass
def go(self):
libs.cat_doc()
if len(self.argv) > 1:
b1 = self.argv[1] == 'find-line'
b2 = self.argv[1] == 'find-name'
b3 = self.argv[1] == 'cat2'
b4 = self.argv[1] == 'count'
b5 = self.argv[1] == 'delete'
b6 = self.argv[1] == 'tree'
a = action.send(self.argv, self.work, self.err, self.pre,
self.user)
if b1:
libs.len_no_good(self.argv, 3, 1)
# for any argv > 4 join to 4.
if len(self.argv) > 5:
resto = (len(self.argv) - 1)
while resto > 4:
self.argv[4] += (' ' + self.argv[resto])
self.argv = self.argv[:resto]
resto -= 1
libs.len_no_good(self.argv, 5, 0)
dir_or_file(self.argv[2], a.find_line)
print()
print('#WORK!!')
print()
for el in self.work:
print(el)
cat2(el, self.argv[4])
print()
print()
print('#WORK in:', len(self.work))
print('#NO WORK in:', len(self.err))
elif b2 or b3 or b4 or b5:
libs.len_no_good(self.argv, 4, 0)
if b2:
dir_or_file(self.argv[2], a.find_name, a.find_name)
print()
print('#WORK!!')
print()
for el in self.work:
print(el)
print()
print('#WORK in:', len(self.work))
print('#NO WORK in:', len(self.err))
elif b3:
print()
print('#WORK!!')
print()
print(self.argv[2])
cat2(self.argv[2], self.argv[3])
print()
elif b4:
if argv[3].count('all'):
if argv[3] == 'all1':
dir_or_file(self.argv[2], a.count_obj)
elif argv[3] == 'all2':
dir_or_file(self.argv[2], a.count_obj, a.count_obj)
else:
dir_or_file(self.argv[2], a.count_obj, a.count_obj)
print()
print('#WORK!!')
print()
print('#COUNT is:', len(self.work))
print('#NO COUNT is:', len(self.err))
elif b5:
if argv[3].count('all'):
if argv[3] == 'all1':
dir_or_file(self.argv[2], a.delete)
elif argv[3] == 'all2':
dir_or_file(self.argv[2], a.delete, a.delete)
else:
dir_or_file(self.argv[2], a.delete, a.delete)
print()
print('#WORK!!')
print()
for el in self.work:
print(el)
print()
print('#DELETE in:', len(self.work))
print('#NO DELETE in:', len(self.err))
elif b6:
libs.len_no_good(self.argv, 3, 0)
action.createX(self.outTree)
i = open(self.outTree, 'w')
i.write('\n TREE OF:' + self.argv[2] + '\n\n')
i.close()
dir_or_file(self.argv[2], a.tree, a.tree)
i = open(self.outTree, 'a')
i.write('\n END OF TREE\n\n')
i.close()
print()
print('#WORK!!')
print('#OUT FILE in:', self.outTree)
input("\n\t Press Enter key for finish. \n\n")
def test_cat2_with_single_file(self):
correct = cat2(["file2.txt"])
self.assertEqual(self.singleContents, correct)
def test_cat2_with_multiple_files(self):
correct = cat2(["catfile.txt", "file1.txt", "file2.txt"])
self.assertEqual(self.multipleContents, correct)
def test_cat2_with_nonexisting_files(self):
temp = self.fileNames[0] # preserve original first name
self.fileNames[0] = str(uuid4())
with self.assertRaises(FileNotFoundError):
cat2(self.fileNames)
self.fileNames[0] = temp # restore original first name
def test_if_is_concatenated_from_files(self):
self.assertEqual(self.concatenated, cat2(self.files))
def test_cat2_with_existing_files(self):
result = ""
for i in range(self.testsCount):
with open(self.fileNames[i], "r") as readFile:
result += readFile.read()
self.assertEqual(result, cat2(self.fileNames))
def test_cat2_with_nonexisting_files(self):
temp = self.fileNames[0] # preserve original first name
self.fileNames[0] = str(uuid4())
with self.assertRaises(FileNotFoundError):
cat2(self.fileNames)
self.fileNames[0] = temp # restore original first name
def test_cat2_with_existing_files(self):
result = ""
for i in range(self.testsCount):
with open(self.fileNames[i], "r") as readFile:
result += readFile.read()
self.assertEqual(result, cat2(self.fileNames))
def test_cat2_with_multiple_files(self):
actual = cat2(['file.txt', 'file1.txt'])
self.assertEqual(self.multipleContets, actual)
def test_cat2_with_single_file(self):
actual = cat2(['file.txt'])
self.assertEqual(self.singleContents, actual)
