def myOwnCounter(filename):
int_list = readInputTextFile(filename)
int_list = deleteOutlier(int_list)
int_list = remainOddOrEven(int_list)
num_of_uniq = countNumOfUnique(int_list)
return num_of_uniq
def myOwnCounter(filename):
"""Our Final Function
Arguments:
filename {[string]} -- [input file name]
Returns:
[int] -- [result]
"""
all_list = readInputTextFile(filename)
int_list = deleteOutlier(all_list)
return countNumOfUnique(int_list)
def myOwnCounter(filename):
"""Our Final Function
Arguments:
filename {[string]} -- [input file name]
Returns:
[int] -- [result]
"""
tmp = readInputTextFile(filename)
tmp = deleteOutlier(tmp)
tmp = remainOddOrEven(tmp)
num_of_uniq = countNumOfUnique(tmp)
return num_of_uniq
def myOwnCounter(filename):
"""Our Final Function
Arguments:
filename {[string]} -- [input file name]
Returns:
[int] -- [result]
"""
file_list = readInputTextFile(filename)
deleted_outlier = deleteOutlier(file_list)
remain = remainOddOrEven(deleted_outlier)
num_of_uniq = countNumOfUnique(remain)
return num_of_uniq
def test_countNumOfUnique():
input_list = [13, 15, 13, 11, 19, 15]
func = countNumOfUnique(input_list)
assert func == 4