def check_reference(reference, orig, context):
""" Follow references and make sure they exist.
Args:
reference (str): A reference in the format:
* Resource/id
* http://example.com/base/Resource/id
* #id
orig (dict): The original resource, used when checking contained references.
context: The behave context
"""
if reference.startswith('#'):
matches = [
contained for contained in orig.get('contained', [])
if contained['id'] == reference[1:]
]
assert len(matches) == 1, \
utils.bad_response_assert(context.response,
ERROR_UNRESOLVED_REFERENCE,
reference=reference)
else:
response = utils.get_resource(context, reference)
assert int(response.status_code) == 200, \
utils.bad_response_assert(context.response,
ERROR_UNRESOLVED_REFERENCE,
reference=reference)
def check_reference(reference, orig, context):
""" Follow references and make sure they exist.
Args:
reference (str): A reference in the format:
* Resource/id
* http://example.com/base/Resource/id
* #id
orig (dict): The original resource, used when checking contained references.
context: The behave context
"""
if reference.startswith('#'):
matches = [contained for contained in orig.get('contained', [])
if contained['id'] == reference[1:]]
assert len(matches) == 1, \
utils.bad_response_assert(context.response,
ERROR_UNRESOLVED_REFERENCE,
reference=reference)
else:
response = utils.get_resource(context, reference)
assert int(response.status_code) == 200, \
utils.bad_response_assert(context.response,
ERROR_UNRESOLVED_REFERENCE,
reference=reference)
def step_impl(context):
query = s4s.MU_CCDS_MAPPINGS['Patient demographics']
query = query.format(patientId=context.vendor_config['api'].get('patient'))
response = utils.get_resource(context, query)
assert response.status_code == 200, \
utils.bad_response_assert(response,
ERROR_NO_ACCESS)
def step_impl(context):
query = s4s.MU_CCDS_MAPPINGS['Patient demographics']
query = query.format(patientId=context.vendor_config['versioned_api'].get('patient'))
response = utils.get_resource(context, query)
assert response.status_code == 200, \
utils.bad_response_assert(response,
ERROR_NO_ACCESS)
def step_impl(context, mu_ccds_query):
query = mu_ccds_query.format(patientId=context.vendor_config['versioned_api'].get('patient'))
response = utils.get_resource(context, query)
context.is_fallback = False
# we want to support an older way to retrieve smoking status, using the
# social-history parameter instead of the code; if the code-based method
# fails, fall back to the social-history method
if mu_ccds_query == MU_CCDS_MAPPINGS['Smoking status'] and not response.ok:
fallback_query = MU_CCDS_MAPPINGS['Smoking status fallback'].format(
patientId=context.vendor_config['versioned_api'].get('patient')
)
response = utils.get_resource(context, fallback_query)
context.primary_uri = query
context.fallback_uri = fallback_query
context.is_fallback = True
context.response = response
def step_impl(context):
resource = context.response.json()
links = resource.get('link', [])
urls = [link['url'] for link in links if link['relation'] == 'next']
if len(urls) is not 1:
context.scenario.skip(reason=ERROR_NO_NEXT_LINK)
return
context.response = utils.get_resource(context, urls[0])
def step_impl(context):
resource = context.response.json()
links = resource.get('link', [])
urls = [link['url'] for link in links
if link['relation'] == 'next']
if len(urls) is not 1:
context.scenario.skip(reason=ERROR_NO_NEXT_LINK)
return
context.response = utils.get_resource(context, urls[0])
def step_impl(context, mu_ccds_query):
query = mu_ccds_query.format(
patientId=context.vendor_config['api'].get('patient'))
response = utils.get_resource(context, query)
context.response = response
def step_impl(context, mu_ccds_query):
query = mu_ccds_query.format(patientId=context.vendor_config['api'].get('patient'))
response = utils.get_resource(context, query)
context.response = response
