def test_exercise_6():
P4_list = [1,-2,-3,4]
P4 = pd.Series(P4_list)
P5_list = [1,3,2,-4]
P5 = pd.Series(P5_list)
ncycles = Lab7.cycles(Lab7.genome_to_graph([P4]),Lab7.genome_to_graph([P5]))
assert answers['exercise6_ncycles'] == ncycles
def test_exercise_3():
P_list2 = [3,4,5,-12,-8,-7,-6,1,2,10,9,-11,13,14]
P2 = pd.Series(P_list2,index=list(range(1,len(P_list2)+1)))
nbreakpoints_P2 = Lab7.count_breakpoints(P2)
P_list3 = [3,4,5,-12,-8,-7,-6,1,2,10,9,-11,14,13]
P3 = pd.Series(P_list3,index=list(range(1,len(P_list2)+1)))
nbreakpoints_P3 = Lab7.count_breakpoints(P3)
assert answers["exercise_3_nbreakpoints_P2"] == nbreakpoints_P2
assert answers["exercise_3_nbreakpoints_P3"] == nbreakpoints_P3
def test_exercise_7():
P6_list = [1,2,3,4,5,6]
P6 = pd.Series(P6_list)
P7_list = [1,-3,-6,-5]
P7 = pd.Series(P7_list)
P8_list = [2,-4]
P8 = pd.Series(P8_list)
distance = Lab7.two_break_distance(Lab7.genome_to_graph([P6]),Lab7.genome_to_graph([P7,P8]))
assert answers['exercise7_distance'] == distance
def test_exercise_5():
P4_list = [1,-2,-3,4]
P4 = pd.Series(P4_list)
P5_list = [1,3,2,-4]
P5 = pd.Series(P5_list)
G_P4_P5 = Lab7.combine(Lab7.genome_to_graph([P4]),Lab7.genome_to_graph([P5]))
answers['exercise5_edge_list'] = fix_edge_list(answers['exercise5_edge_list'])
edge_list = fix_edge_list(Lab7.to_edge_list(G_P4_P5))
assert set(answers['exercise5_edge_list']) == set(edge_list)
def test_edit_distance(self):
string = [
"Pittsburgh", "Pennsylvania", "Tucson", "Arizona", "Cincinnati",
"Ohio", "Albuquerque", "New Mexico", "Culpeper", "Virginia",
"Asheville", "North Carolina", "Worcester", "Massachusetts",
"Manhattan", "New York", "Phoenix", "Arizona", "Niagara Falls",
"New York"
]
## string1 = "Sunday"
## string2 = "Saturday"
for i in range(len(string)):
if i + 1 == len(string):
return
string1 = string[i]
string2 = string[i + 1]
print(string1, string2)
Lab7.edit_distance(string1, string2, len(string1), len(string2))
def main():
## First test case
s = 0
t = 0
z = Lab7.findSecretVector(s, t)
print("The result for the first test case is: \n")
print(z)
print()
## Second test case
s = 1 * one
t = 1 * one
z = Lab7.findSecretVector(s, t)
print("The result for the second test case is: \n")
print(z)
print()
## Third teste case
s = 1 * one
t = 0
z = Lab7.findSecretVector(s, t)
print("The result for the third test case is: \n")
print(z)
print()
def test_show_message_none():
assert Lab7.show_message(None) == "Hi, you sent: None"
def test_show_message():
assert Lab7.show_message('Howdy, howdy my little friend'
) == "Hi, you sent: Howdy, howdy my little friend"
def test_sum_of_values_none():
with pytest.raises(TypeError):
Lab7.sum_of_values(None)
def test_sum_of_values_err():
with pytest.raises(ValueError):
Lab7.sum_of_values((1, 3, 5, 7))
def test_another_process_none():
with pytest.raises(AttributeError):
Lab7.another_process(None)
def test_process_text_none():
with pytest.raises(TypeError):
Lab7.process_text(None)
def test_exercise_9():
steps = Lab7.shortest_rearrangement_scenario([pd.Series([1,-2,-3,4])],[pd.Series([1,2,-4,-3])])
assert answers['exercise9_last_step'] == steps[-1]
def test_exercise_8():
test_edge_cycle = [[1, -3], [-3, -4], [-4, -1], [-1, 4], [4, 2], [2, 1]]
checked_cycle, colors = Lab7.red_blue_cycle_check(Lab7.G_P4_P5,test_edge_cycle)
assert np.all(answers['exercise8_colors'] == colors)
def test_exercise_4():
G = Lab7.genome_to_graph([pd.Series([1,-2,-3,4]),pd.Series([5,6,7,8,9,10])])
edge_list = fix_edge_list(Lab7.to_edge_list(G))
answers['exercise4_edge_list'] = fix_edge_list(answers['exercise4_edge_list'])
assert set(answers['exercise4_edge_list']) == set(edge_list)
def test_potentially_unsafe_func():
result = Lab7.potentially_unsafe_func('name')
assert result == 'test'
def test_process_text():
result = Lab7.process_text(
'the French revolution resulted in 3 concepts: freedom,equality,fraternity'
)
assert result == 'thE FrencH RevolutioN ResulteD IN 3 Concepts Freedom equality fraternity'
def test_potentially_unsafe_func_none():
with pytest.raises(TypeError):
Lab7.potentially_unsafe_func(None, None)
def test_another_process():
result = Lab7.another_process(
'the French revolution resulted in 3 concepts: freedom,equality,fraternity'
)
assert result == 'thE FrencH RevolutioN ResulteD IN 3 ConceptS FreedoM EqualitY Fraternity'
def test_sum_of_values():
result = Lab7.sum_of_values((1, 3, 5))
assert result == 9
def test_potentially_unsafe_func_silented():
result = Lab7.potentially_unsafe_func('abc')
assert result is None
def test_exercise_2():
answer = Lab7.greedy_sorting(Lab7.P)
assert answers["exercise_2"] == answer