def test_make_generate_function_returns_callable(self):
"""
Ensures the make_generate_function returns a callable (the generate
function to use in the GA).
"""
result = make_generate_function(7, 0.2, TARGET_WORD)
self.assertTrue(callable(result))
def test_make_generate_function_returns_callable(self):
"""
Ensures the make_generate_function returns a callable (the generate
function to use in the GA).
"""
result = make_generate_function(7, 0.2, TARGET_WORD)
self.assertTrue(callable(result))
def test_generate_function_returns_list(self):
"""
Ensures the new population is a list.
"""
generate_function = make_generate_function(7, 0.2, TARGET_WORD)
g1 = Genome(['c', 'a', 't'])
g1.fitness = 1
g2 = Genome(['d', 'o', 'g'])
g2.fitness = 2
seed_population = [g1, g2]
result = generate_function(seed_population)
self.assertTrue(list, type(result))
def test_generate_function_returns_list(self):
"""
Ensures the new population is a list.
"""
generate_function = make_generate_function(7, 0.2, TARGET_WORD)
g1 = Genome(['c', 'a', 't'])
g1.fitness = 1
g2 = Genome(['d', 'o', 'g'])
g2.fitness = 2
seed_population = [g1, g2]
result = generate_function(seed_population)
self.assertTrue(list, type(result))
def test_generate_function_returns_list_of_correct_length(self):
"""
Ensure the new population is the correct length.
"""
generate_function = make_generate_function(7, 0.2, TARGET_WORD)
g1 = Genome(['c', 'a', 't'])
g1.fitness = 1
g2 = Genome(['d', 'o', 'g'])
g2.fitness = 2
g3 = Genome(['f', 'o', 'o'])
g3.fitness = 3
seed_population = [g1, g2, g3]
result = generate_function(seed_population)
self.assertTrue(3, len(result))
def test_generate_function_returns_list_of_correct_length(self):
"""
Ensure the new population is the correct length.
"""
generate_function = make_generate_function(7, 0.2, TARGET_WORD)
g1 = Genome(['c', 'a', 't'])
g1.fitness = 1
g2 = Genome(['d', 'o', 'g'])
g2.fitness = 2
g3 = Genome(['f', 'o', 'o'])
g3.fitness = 3
seed_population = [g1, g2, g3]
result = generate_function(seed_population)
self.assertTrue(3, len(result))