def test_minimal(): '''Test trivial with 1s''' assert_equal(mm.mat_mult([[1]],[[1]]),[[1]], 'Two 1x1 with ones')
"\nfileB:\n Archivo (matriz) de entrada 2 de 2.\n"
"\npool_size:\n El tamaño del pool a utilizar.\n"
"\noutput_filename:\n Nombre del archivo de salida.\n")
if __name__ == "__main__":
arguments = sys.argv
if (len(arguments) == 5):
file_a = arguments[1]
file_b = arguments[2]
pool_size = arguments[3]
output_filename = arguments[4]
file_a_df = csv_manager.read(file_a)
file_b_df = csv_manager.read(file_b)
mult = mat_mult(file_a_df, file_b_df, pool_size)
start = 0
end = 0
if(mult.validate_dimentions()):
start = time.perf_counter()
mult.run()
end = time.perf_counter()
else:
print("Not able to operate, mismatched dimentions")
print(f"Time taken to complete mat_mult(): {round(end - start, 5)} seconds(s)")
csv_manager.write_final_response(mult.get_final_response(), output_filename)
csv_manager.write(output_filename, f"\n")
csv_manager.write(output_filename, f"Time taken to complete mat_mult(): {round(end - start, 5)} seconds(s)\n")
csv_manager.write(output_filename, f"Pool size used to complete mat_mult(): {pool_size}\n")
def test_silly(): '''A trivial test of mat_mult.''' assert mm.mat_mult([[0]],[[0]])==[[0]], 'Two 1x1 zeros'
def test_less_minimal(): '''Test 2x2, 2x1, real numbers''' m1 = [[1,2],[3,4]] m2 = [[5],[6]] assert_equal(mm.mat_mult(m1,m2),[[17], [39]], '2x2 * 2x1, ints')
def test_silly():
'''A trivial test of mat_mult.'''
assert mm.mat_mult([[0]], [[0]]) == [[0]], 'Two 1x1 zeros'
def test_less_minimal():
'''Test 2x2, 2x1, real numbers'''
m1 = [[1, 2], [3, 4]]
m2 = [[5], [6]]
assert_equal(mm.mat_mult(m1, m2), [[17], [39]], '2x2 * 2x1, ints')
def test_minimal():
'''Test trivial with 1s'''
assert_equal(mm.mat_mult([[1]], [[1]]), [[1]], 'Two 1x1 with ones')
