def test_bloom_repeat_saves_with_optimization(tmpdir):
testing_dir = tmpdir.mkdir('bloom_test')
# Setup a temporary directory
temp_path = str(testing_dir)
# Get a bloom for testing
bloom = get_bloom(temp_path)
# Save the bloom
bloom.save()
# Capture the mtime on the save files
bloom_file = testing_dir.join('bloom.npy')
meta_file = testing_dir.join('meta.json')
first_bloom_save = bloom_file.mtime()
first_meta_save = meta_file.mtime()
# Sleep for 1 second to deal ensure mtimes will advance
time.sleep(1)
# Reload the bloom
second_gen_bloom = TimingBloomFilter.load(temp_path)
# Add a few more keys to the reloaded bloom
second_gen_bloom.add('101')
second_gen_bloom.add('102')
second_gen_bloom.add('103')
# Save the second generation bloom
second_gen_bloom.save()
# Check that the mtimes have changed
assert first_bloom_save < bloom_file.mtime()
assert first_meta_save < meta_file.mtime()
# Load the bloom one more time
third_gen_bloom = TimingBloomFilter.load(temp_path)
# Check that the loaded data is as expected
assert third_gen_bloom.contains('50')
assert third_gen_bloom.contains('103')
assert not third_gen_bloom.contains('105')
def test_bloom_repeat_saves_with_optimization(tmpdir):
testing_dir = tmpdir.mkdir('bloom_test')
# Setup a temporary directory
temp_path = str(testing_dir)
# Get a bloom for testing
bloom = get_bloom(temp_path)
# Save the bloom
bloom.save()
# Capture the mtime on the save files
bloom_file = testing_dir.join('bloom.npy')
meta_file = testing_dir.join('meta.json')
first_bloom_save = bloom_file.mtime()
first_meta_save = meta_file.mtime()
# Sleep for 1 second to deal ensure mtimes will advance
time.sleep(1)
# Reload the bloom
second_gen_bloom = TimingBloomFilter.load(temp_path)
# Add a few more keys to the reloaded bloom
second_gen_bloom.add('101')
second_gen_bloom.add('102')
second_gen_bloom.add('103')
# Save the second generation bloom
second_gen_bloom.save()
# Check that the mtimes have changed
assert first_bloom_save < bloom_file.mtime()
assert first_meta_save < meta_file.mtime()
# Load the bloom one more time
third_gen_bloom = TimingBloomFilter.load(temp_path)
# Check that the loaded data is as expected
assert third_gen_bloom.contains('50')
assert third_gen_bloom.contains('103')
assert not third_gen_bloom.contains('105')
def test_bloom_initial_save_and_load_without_optimization(tmpdir):
testing_dir = tmpdir.mkdir('bloom_test')
# Setup a temporary directory
temp_path = str(testing_dir)
# Get a bloom for testing
bloom = get_bloom(temp_path, disable_optimizations=True)
# Save the bloom
bloom.save()
# Check that the expected files were created
bloom_file = testing_dir.join('bloom.npy')
meta_file = testing_dir.join('meta.json')
assert bloom_file.check()
assert meta_file.check()
# Reload the bloom
reloaded = TimingBloomFilter.load(temp_path)
# Check that the reloaded bloom is working as expected
assert reloaded.contains('1')
assert reloaded.contains('50')
assert not reloaded.contains('101')
def test_bloom_initial_save_and_load_without_optimization(tmpdir):
testing_dir = tmpdir.mkdir('bloom_test')
# Setup a temporary directory
temp_path = str(testing_dir)
# Get a bloom for testing
bloom = get_bloom(temp_path, disable_optimizations=True)
# Save the bloom
bloom.save()
# Check that the expected files were created
bloom_file = testing_dir.join('bloom.npy')
meta_file = testing_dir.join('meta.json')
assert bloom_file.check()
assert meta_file.check()
# Reload the bloom
reloaded = TimingBloomFilter.load(temp_path)
# Check that the reloaded bloom is working as expected
assert reloaded.contains('1')
assert reloaded.contains('50')
assert not reloaded.contains('101')