def test_multiply_matrix_01(self):
vec = sample_random_complex_vector(self.degree // 2)
mat = [
sample_random_complex_vector(self.degree // 2)
for _ in range(self.degree // 2)
]
self.run_test_multiply_matrix(vec, mat)
def test_multiply_time(self):
self.params.print_parameters()
num_iterations = 1
print("Number of multiplications: %d" % (num_iterations))
total_time = 0
for _ in range(num_iterations):
vec1 = sample_random_complex_vector(self.degree // 2)
vec2 = sample_random_complex_vector(self.degree // 2)
total_time += self.run_test_multiply(vec1, vec2)
print("Average time per multiply operation: %f seconds" %
(total_time / num_iterations))
def test_bootstrap_time(self):
self.params.print_parameters()
num_iterations = 1
print("Number of bootstraps: %d" % (num_iterations))
total_time = 0
for _ in range(num_iterations):
vec = sample_random_complex_vector(self.degree // 2)
total_time += self.run_test_bootstrap(vec)
print("Average time per bootstrap operation: %f seconds" %
(total_time / num_iterations))
def test_secret_key_encrypt_decrypt_01(self):
vec = sample_random_complex_vector(self.degree // 2)
self.run_test_secret_key_encrypt_decrypt(vec)
def test_multiply_01(self):
vec1 = sample_random_complex_vector(self.degree // 2)
vec2 = sample_random_complex_vector(self.degree // 2)
self.run_test_multiply(vec1, vec2)
def test_encode_decode_01(self):
vec = sample_random_complex_vector(self.degree // 2)
self.run_test_encode_decode(vec)
def test_rotate_01(self):
vec = sample_random_complex_vector(self.degree // 2)
rot = 2
self.run_test_rotate(vec, rot)
def test_conjugate_01(self):
vec = sample_random_complex_vector(self.degree // 2)
self.run_test_conjugate(vec)
def test_bootstrap_01(self):
vec = sample_random_complex_vector(self.degree // 2)
try:
self.run_test_bootstrap(vec)
except Exception:
self.run_test_bootstrap_steps(vec)
def test_exp_01(self):
vec = sample_random_complex_vector(self.degree // 2)
self.run_test_exp(vec)
def test_slot_to_coeff_01(self):
vec = sample_random_complex_vector(self.degree // 2)
self.run_test_slot_to_coeff(vec)
def test_subtract_01(self):
vec1 = sample_random_complex_vector(self.degree // 2)
vec2 = sample_random_complex_vector(self.degree // 2)
self.run_test_subtract(vec1, vec2)
def test_secret_key_add_01(self):
vec1 = sample_random_complex_vector(self.degree // 2)
vec2 = sample_random_complex_vector(self.degree // 2)
self.run_test_secret_key_add(vec1, vec2)
