def compute():
""" Runs all algorithms N_EXECUTIONS times. On each execution logs time
execution results to a file
"""
with open(LOG_FILE, "w") as output:
header = "Input{0}Brute Force{0}Constant\n"
print(header.format("\t"))
output.write(header.format(", "))
# We start from 1 because there is no result of a matrix of length 0
for i in range(1, N_EXECUTIONS):
matrix = build_matrix(i)
# Compute brute force algorithm
start_brute_force = default_timer()
total_brute_force = brute_force(matrix)
elapsed_brute_force = default_timer() - start_brute_force
# Compute constant algorithm
start_constant = default_timer()
total_constant = constant(len(matrix))
elapsed_constant = default_timer() - start_constant
print("{0}\t{1}\t{2}".format(i, elapsed_brute_force,
elapsed_constant))
# Logs to file
output.write("{0}, {1}, {2}\n".format(i, elapsed_brute_force,
elapsed_constant))
def test_domino_with_correct_n_numbers():
""" Compute domino with 7 numbers """
assert constant(7) == 12, "Not ok"
def test_domino_with_0_numbers():
""" Compute domino with 0 numbers """
try:
constant(0)
except Exception as e:
assert isinstance(e, ValueError)
def test_domino_with_15_numbers():
""" Compute domino with 15 numbers """
assert constant(15) == 56, "Not ok"
def test_domino_with_42_numbers():
""" Compute domino with 42 numbers """
assert constant(42) == 441, "Not ok"
def test_domino_with_9_numbers():
""" Compute domino with 9 numbers """
assert constant(9) == 20, "Not ok"
def test_domino_with_4_numbers():
""" Compute domino with 4 numbers """
assert constant(4) == 4, "Not ok"
def test_domino_with_3_numbers():
""" Compute domino with 3 numbers """
assert constant(3) == 2, "Not ok"
def test_domino_with_2_numbers():
""" Compute domino with 2 numbers """
assert constant(2) == 1, "Not ok"
def test_domino_with_1_numbers():
""" Compute domino with 1 numbers """
assert constant(1) == 0, "Not ok"
