def test_dup_product_names(self, pool_path):
"""Check for duplicate product names for a pool"""
pool = Path(pool_path).stem
special = SPECIAL_POOLS.get(pool, SPECIAL_DEFAULT)
results = asn_generate(['--dry-run', self.get_data(pool_path)])
asns = results.associations
product_names = Counter(product['name'] for asn in asns
for product in asn['products'])
multiples = [
product_name for product_name, count in product_names.items()
if count > 1
]
try:
assert not multiples, 'Multiple product names: {}'.format(
multiples)
except AssertionError:
if special['xfail']:
pytest.xfail(special['xfail'])
else:
raise
def test_against_standard(self, pool_path, slow):
"""Compare a generated association against a standard
Success is when no other AssertionError occurs.
"""
# Parse pool name
pool = Path(pool_path).stem
proposal, version_id = pool_regex.match(pool).group('proposal', 'versionid')
special = SPECIAL_POOLS.get(pool, SPECIAL_DEFAULT)
if special['slow'] and not slow:
pytest.skip('Pool {pool} requires "--slow" option')
# Create the generator running arguments
generated_path = Path('generate')
generated_path.mkdir()
args = special['args'] + [
'-p', str(generated_path),
'--version-id', version_id,
self.get_data(pool_path)
]
# Create the associations
asn_generate(args)
# Retrieve the truth files
asn_regex = re.compile(
r'.+{proposal}.+{version_id}(_[^_]+?_[^_]+?_asn\.json)$'.format(
proposal=proposal, version_id=version_id
),
flags=re.IGNORECASE
)
truth_paths = [
self.get_data(truth_path)
for truth_path in self.truth_paths
if asn_regex.match(truth_path)
]
# Compare the association sets.
try:
compare_asn_files(generated_path.glob('*.json'), truth_paths)
except AssertionError:
if special['xfail']:
pytest.xfail(special['xfail'])
else:
raise
def test_against_standard(self, pool_path):
"""Compare a generated association against a standard
Success is when no other AssertionError occurs.
"""
# Parse pool name
pool = Path(pool_path).stem
proposal, version_id = pool_regex.match(pool).group('proposal', 'versionid')
# Create the associations
generated_path = Path('generate')
generated_path.mkdir()
asn_generate([
'--no-merge',
'-p', str(generated_path),
'--version-id', version_id,
self.get_data(pool_path)
])
# Retrieve the truth files
asn_regex = re.compile(
r'.+{proposal}.+{version_id}(_[^_]+?_[^_]+?_asn\.json)$'.format(
proposal=proposal, version_id=version_id
),
flags=re.IGNORECASE
)
truth_paths = [
self.get_data(truth_path)
for truth_path in asn_base.truth_paths
if asn_regex.match(truth_path)
]
# Compare the association sets.
try:
compare_asn_files(generated_path.glob('*.json'), truth_paths)
except AssertionError as error:
if 'Associations do not share a common set of products' in str(error):
pytest.xfail('Issue #3039')
else:
raise
def test_against_standard(sdpdata_module, pool_path, slow):
"""Compare a generated association against a standard
Success is when no other AssertionError occurs.
"""
# Parse pool name
pool = Path(pool_path).stem
proposal, version_id = pool_regex.match(pool).group(
'proposal', 'versionid')
special = SPECIAL_POOLS.get(pool, SPECIAL_DEFAULT)
if special['slow'] and not slow:
pytest.skip(f'Pool {pool} requires "--slow" option')
# Setup test path
cwd = Path(pool)
cwd.mkdir()
with pushdir(cwd):
# Create the generator running arguments
output_path = Path(pool)
output_path.mkdir()
sdpdata_module.output = str(output_path)
args = special['args'] + [
'-p', sdpdata_module.output, '--version-id', version_id,
sdpdata_module.get_data(pool_path)
]
# Create the associations
asn_generate(args)
# Compare to the truth associations.
truth_paths = sdpdata_module.truth_paths(pool)
try:
compare_asn_files(output_path.glob('*.json'), truth_paths)
except AssertionError:
if special['xfail']:
pytest.xfail(special['xfail'])
else:
raise
def test_against_standard(self, pool_path):
"""Compare a generated association against a standard
Success is when no other AssertionError occurs.
"""
# Parse pool name
pool = Path(pool_path).stem
proposal, version_id = pool_regex.match(pool).group(
'proposal', 'versionid')
# Create the associations
generated_path = Path('generate')
generated_path.mkdir()
asn_generate([
'--no-merge', '-p',
str(generated_path), '--version-id', version_id,
self.get_data(pool_path)
])
# Retrieve the truth files
asn_regex = re.compile(
r'.+{proposal}.+{version_id}(_[^_]+?_[^_]+?_asn\.json)$'.format(
proposal=proposal, version_id=version_id),
flags=re.IGNORECASE)
truth_paths = [
self.get_data(truth_path) for truth_path in ASN_BASE.truth_paths
if asn_regex.match(truth_path)
]
# Compare the association sets.
try:
compare_asn_files(generated_path.glob('*.json'), truth_paths)
except AssertionError as error:
if 'Associations do not share a common set of products' in str(
error):
pytest.xfail('Issue #3039')
else:
raise
def test_dup_product_names(self, pool_path):
"""Check for duplicate product names for a pool"""
results = asn_generate(
['--dry-run', '--no-merge',
self.get_data(pool_path)])
asns = results.associations
product_names = Counter(product['name'] for asn in asns
for product in asn['products'])
multiples = [
product_name for product_name, count in product_names.items()
if count > 1
]
assert not multiples, 'Multiple product names: {}'.format(multiples)
def test_dup_product_names(self, pool_path):
"""Check for duplicate product names for a pool"""
results = asn_generate([
'--dry-run',
'--no-merge',
self.get_data(pool_path)
])
asns = results.associations
product_names = Counter(
product['name']
for asn in asns
for product in asn['products']
)
multiples = [
product_name
for product_name, count in product_names.items()
if count > 1
]
assert not len(multiples), 'Multiple product names: {}'.format(multiples)
