def main():
'''Main program'''
# get the WordData list
data = get_data()
# Sort the list of WordData objects by highest percent using your Bubble Sort
# function. Sort the list in place (don't create a new list). Print the first 50
# WordData objects in the list.
print()
print('BY PERCENT:')
bubble_sort(data, 2, descending=True)
for wd in data[:50]:
print(wd)
# Sort the list of WordData objects by highest count using your Insertion Sort
# function. Sort the list in place (don't create a new list). Print the first 50
# WordData objects in the list.
print()
print('BY COUNT:')
insertion_sort(data, 1, descending=True)
for wd in data[:50]:
print(wd)
# Sort the list of WordData objects by alpha order (a-z) using your Selection Sort
# function. Sort the list in place (don't create a new list). Print the first 50
# WordData objects in the list.
print()
print('BY WORD:')
selection_sort(data, 0)
for wd in data[:50]:
print(wd)
def test_insertion_sort_descending(self):
from sorters import insertion_sort
idx = 1
insertion_sort(self.data, idx,True)
for a, b in self.iterPairs():
self.assertGreaterEqual(a[idx], b[idx],
msg='previous {} should be less than current {} at index {}'.format(a, b, idx))
def test_insertion_sort_descending(self):
from sorters import insertion_sort
idx = 1
insertion_sort(self.data, idx)
for b, a in self.iterPairs():
self.assertLessEqual(
b[idx],
a[idx],
msg='previous {} should be less than current {} at index {}'.
format(b, a, idx))
def test_insertion_selection(self):
from sorters import insertion_sort, selection_sort
idxes = [0, 1, 2]
for idx in idxes:
data_copy1, data_copy2 = self.data[:], self.data[:]
insertion_sort(data_copy1, idx)
selection_sort(data_copy2, idx)
for i in range(len(data_copy1)):
self.assertEqual(data_copy1[i][idx], data_copy2[i][idx])
def test_insertion_sort_ascending(self):
from sorters import insertion_sort
idxes = [0, 1, 2]
for idx in idxes:
insertion_sort(self.data, idx)
for a, b in self.iterPairs():
self.assertLessEqual(
a[idx],
b[idx],
msg='previous {} should be less than current {} at index {}'
.format(a, b, idx))
