def test_pretty_json(self):
""" Test text dict or list is converted to pretty json(indent=4) """
od = '{"format": ["application/xml+fhir","application/json+fhir"]}'
response = pretty_json(od, indent=5)
expected = '"{\\"format\\": [\\"application/xml+fhir\\",' '\\"application/json+fhir\\"]}"'
self.assertEqual(response, expected)
def test_pretty_json(self):
""" Test text dict or list is converted to pretty json(indent=4) """
od = '{"format": ["application/xml+fhir","application/json+fhir"]}'
response = pretty_json(od, indent=5)
expected = '"{\\"format\\": [\\"application/xml+fhir\\",' \
'\\"application/json+fhir\\"]}"'
self.assertEqual(response, expected)
def test_fetch(self, mock_requests):
request = self.factory.get('http://someurl.com/test.text')
mock_requests.get.return_value.status_code = 200
mock_requests.get.return_value.text = CONFORMANCE
mock_requests.get.return_value.json = pretty_json({"field": "My text "
"is here"
"!!!!"})
resp = request_call(request,
"http://someurl.com/test.text")
# print("\nResp.text:\n%s" % resp.text)
# print("\nResp.json:\n%s" % resp.json)
self.assertEqual(resp.text[:100],
CONFORMANCE[:100])
def test_fetch(self, mock_requests):
request = self.factory.get('http://someurl.com/test.text')
mock_requests.get.return_value.status_code = 200
mock_requests.get.return_value.text = CONFORMANCE
mock_requests.get.return_value.json = pretty_json({"field": "My text "
"is here"
"!!!!"})
resp = request_call(request,
"http://someurl.com/test.text",
cx=None)
# print("\nResp.text:\n%s" % resp.text)
# print("\nResp.json:\n%s" % resp.json)
self.assertEqual(resp.text[:100],
CONFORMANCE[:100])
def test_fetch(self, mock_requests):
# rr_id = self.resrtr.id
# print("\nResRtr-testfetch:%s=%s\n" % (rr_id, self.resrtr))
# rr = get_resourcerouter()
# print("\nRR-testfetch:%s\n" % rr)
request = self.factory.get('http://someurl.com/test.text')
mock_requests.get.return_value.status_code = 200
mock_requests.get.return_value.text = CONFORMANCE
mock_requests.get.return_value.json = pretty_json(
{"field": "My text "
"is here"
"!!!!"})
resp = request_call(request, "http://someurl.com/test.text", cx=None)
# print("\nResp.text:\n%s" % resp.text)
# print("\nResp.json:\n%s" % resp.json)
self.assertEqual(resp.text[:100], CONFORMANCE[:100])
def convert_bb(request):
""" Read bb_text from CrossWalk
Convert to JSON (bb_to_json)
Analyze JSON
Get Claims
Search for Claims
Check for Unique Patient
Get Unique Patient
Store ID in Crosswalk
"""
try:
xwalk = Crosswalk.objects.get(user=request.user)
except Crosswalk.DoesNotExist:
xwalk = Crosswalk()
xwalk.user = request.user
# We may want to add the default FHIR Server to the crosswalk entry
# before we save.
# xwalk.fhir_source =
xwalk.save()
# Do we have Blue Button text to work with?
bb_text = check_for_bb_text(xwalk.user)
if not bb_text:
return HttpResponseRedirect(reverse('home'))
# Convert from text to JSON
bb_result = bb_to_json(request, bb_text.bb_content)
bb_json = bb_result['mmg_bbjson']
# print("JSON:", bb_result['mmg_bbjson'])
# Extract Claims from bb_json
bb_claims = getbbclm(request, bb_result['mmg_bbjson'])
# print("\nClaims:", bb_claims)
fhir_claims = eval_claims(request, bb_claims)
# Take bb_claims and get a unique list of patients
# Hopefully we only have ONE
bb_patient_ids = unique_keys(fhir_claims, key="patient")
# print("Patient IDs:", bb_patient_ids)
if len(bb_patient_ids) is 0:
# We have a problem...
# Too many or Too Few Patient IDs returned from Claims
messages.error(request, "Unable to find a Patient Match")
elif len(bb_patient_ids) > 1:
messages.error(request, "Unable to match to a unique Patient ID")
else:
messages.info(request, "We found a match %s" % bb_patient_ids[0])
if not xwalk.fhir_id:
# We need the Id from Patient ID
# It should be in format Patient/{ID}
fhir_id = bb_patient_ids[0].split('/')
if len(fhir_id) > 1:
fhir_id_num = fhir_id[-1]
xwalk.fhir_id = fhir_id_num
mc_prof = {}
if bb_json['result'] == "OK":
mc_prof['bb_json'] = bb_json['mmg_bbjson']
mc_prof['email'] = get_bbemail(request,
bb_json)
mc_prof['profile'] = get_bbprof(request,
bb_json)
# Extract claims from Blue Button JSON
mc_prof['claims'] = getbbclm(request,
bb_json)
return render(request,
'eimm/bluebutton_analytics.html',
{'content': bb_json,
'profile': mc_prof,
'profilep': pretty_json(mc_prof['profile']),
'claimsp': pretty_json(mc_prof['claims'])
})
return HttpResponseRedirect(reverse('home'))
def connect_first(request):
"""
Prompt for MyMedicare.gov user and password
Ask for confirmation to connect to MyMedicare.gov
call connect with userid and password
:param request:
:return:
"""
try:
xwalk = Crosswalk.objects.get(user=request.user)
except Crosswalk.DoesNotExist:
xwalk = Crosswalk()
xwalk.user = request.user
# We may want to add the default FHIR Server to the crosswalk entry
# before we save.
# xwalk.fhir_source =
xwalk.save()
xwalk = Crosswalk.objects.get(user=request.user)
form = Medicare_Connect()
# logger.debug("In eimm.mym_login.connect_first:"
# "User:%s \nCrosswalk:%s" % (xwalk.user, xwalk))
if request.POST:
form = Medicare_Connect(request.POST)
if form.is_valid():
if form.cleaned_data['mmg_user'] and form.cleaned_data['mmg_pwd']:
context = {}
# make the call
# logger.debug("MAKING THE CALL with:",
# form.cleaned_data['mmg_user'],
# "and ", form.cleaned_data['mmg_pwd'])
mmg = {}
mmg['mmg_user'] = form.cleaned_data['mmg_user']
mmg['mmg_pwd'] = form.cleaned_data['mmg_pwd']
# see if the call works
mmg = connect(request, mmg)
if mmg['status'] == 'FAIL':
# we had a problem with login
messages.info(request,
mark_safe("Do you need to connect to "
"<a href='https://mymedicare.gov'"
" target='_blank'>"
"MyMedicare.gov</a> to check your"
" account?"))
return render(request,
'eimm/medicare_connect.html',
{'form': form})
# Now we go and get the BlueButton Text file
mmg_bb = get_bluebutton(request, mmg)
# mmg_mail = {}
# logger.debug("Blue Button returned:", mmg_bb)
mc_prof = {}
if mmg_bb['status'] == "OK":
pretty_name = pretty_json(split_name(mmg['mmg_name']))
mc_prof['user'] = mmg['mmg_user']
mc_prof['password'] = mmg['mmg_pwd']
mc_prof['name'] = mmg['mmg_name']
mc_prof['HumanName'] = pretty_name
mc_prof['account'] = mmg['mmg_account']
# need to check what is returned in mmg_account.
messages.success(request,
"Connection succeeded for " +
mc_prof['name'] + "[" +
mc_prof['user'] + "].")
# Update the Medicare user name to the Crosswalk
if xwalk.mb_user == '':
xwalk.mb_user = mc_prof['user']
if mmg_bb['status'] == "OK":
# We need to save the Blue Button Text
# print("We are okay to update mmg_bbdata",
# "\n with ", mmg_bb['mmg_bbdata'][:250])
mc_prof['bb_data'] = mmg_bb['mmg_bbdata']
# Save the Blue Button text to the Crosswalk
# TODO: Save to BlueButtonText
write_bb_text = bb_update_or_create(xwalk.user,
mmg_bb['mmg_bbdata'])
# xwalk.bb_text = mmg_bb['mmg_bbdata']
if write_bb_text:
bb_text = mmg_bb['mmg_bbdata']
else:
bb_text = '{}'
# Convert the text to JSON
result = bb_to_json(request,
bb_text)
# logger.debug("BB Conversion:", result)
if result['result'] == "OK":
mc_prof['bb_json'] = result['mmg_bbjson']
mc_prof['email'] = get_bbemail(request,
mc_prof['bb_json'])
mc_prof['profile'] = get_bbprof(request,
mc_prof['bb_json'])
# Extract claims from Blue Button JSON
mc_prof['claims'] = getbbclm(request,
mc_prof['bb_json'])
# logger.debug("returned json from xwalk:", result)
# for key, value in xwalk.mmg_bbjson.items():
# # print("Key:", key)
# if key == "patient":
# for k, v in value.items():
# # print("K:", k, "| v:", v)
# if k == "email":
# xwalk.mmg_email = v
# if not xwalk.mmg_bbfhir:
# if result['result'] == "OK":
# outcome = json_to_eob(request)
# if outcome['result'] == "OK":
# xwalk.mmg_bbfhir = True
# if mmg_mail['status'] == "OK":
# xwalk.mmg_email = mmg_mail['mmg_email']
# Save the Crosswalk changes
xwalk.save()
context['mmg'] = mmg
return render(request,
'eimm/bluebutton_analytics.html',
{'content': context,
'profile': mc_prof,
'profilep': pretty_json(mc_prof['profile']),
'claimsp': pretty_json(mc_prof['claims'])
})
else:
form = Medicare_Connect()
# logger.debug("setting up the GET:")
return render(request,
'eimm/medicare_connect.html',
{'form': form})
def generic_read(request,
interaction_type,
resource_type,
id=None,
vid=None,
*args,
**kwargs):
"""
Read from remote FHIR Server
:param request:
:param interaction_type:
:param resource_type:
:param id:
:param vid:
:param args:
:param kwargs:
:return:
# Example client use in curl:
# curl -X GET http://127.0.0.1:8000/fhir/Practitioner/1234
Process flow:
Is it a valid request?
Get the target server info
Get the request modifiers
Construct the call
Make the call
Check result for errors
Deliver the formatted result
"""
# DONE: Fix to allow url_id in url for non-key resources.
# eg. Patient is key resource so replace url if override_url_id is True
# if override_url_id is not set allow url_id to be applied and check
# if search_override is True.
# interaction_type = 'read' or '_history' or 'vread' or 'search'
logger.debug('\n========================\n'
'INTERACTION_TYPE: %s' % interaction_type)
# Get the users crosswalk
cx = get_crosswalk(request.user)
# cx will be the crosswalk record or None
rr = get_resourcerouter(cx)
# Check if this interaction type and resource type combo is allowed.
deny = check_access_interaction_and_resource_type(resource_type,
interaction_type, rr)
if deny:
# if not allowed, return a 4xx error.
return deny
srtc = check_rt_controls(resource_type, rr)
# We get back a Supported ResourceType Control record or None
# with earlier if deny step we should have a valid srtc.
if srtc.secure_access and request.user.is_anonymous():
return kickout_403('Error 403: %s Resource access is controlled.'
' Login is required:'
'%s' % (resource_type, request.user.is_anonymous()))
# logger.debug('srtc: %s' % srtc)
if cx is None:
logger.debug('Crosswalk for %s does not exist' % request.user)
if (cx is None and srtc is not None):
# There is a srtc record so we need to check override_search
if srtc.override_search:
# If user is not in Crosswalk and srtc has search_override = True
# We need to prevent search to avoid data leakage.
return kickout_403('Error 403: %s Resource is access controlled.'
' No records are linked to user:'******'%s' % (resource_type, request.user))
# Need to check if user is logged in.
# request.user.is_anonymous()
#
# if request.user.is_anonymous():
# Request.user = user
# interaction_type = read | _history | vread
# resource_type = 'Patient | Practitioner | ExplanationOfBenefit ...'
# id = fhir_id (potentially masked)
# vid = Version Id
# Check the resource_type to see if it has a url
# Check the resource_type to see if masking is required
# Get the FHIR_Server (from crosswalk via request.user)
# if masked get the fhir_id from crosswalk
# if search_override strip search items (search_block)
# if search_override add search keys
fhir_url = ''
# change source of default_url to ResourceRouter
default_path = get_default_path(srtc.resource_name, cx=cx)
# get the default path for resource with ending "/"
# You need to add resource_type + "/" for full url
if srtc:
# logger.debug('SRTC:%s' % srtc)
fhir_url = default_path + resource_type + '/'
if srtc.override_url_id:
fhir_url += cx.fhir_id + "/"
# logger.debug('fhir_url:%s' % fhir_url)
else:
logger.debug('CX:%s' % cx)
if cx:
fhir_url = cx.get_fhir_resource_url(resource_type)
else:
# logger.debug('FHIRServer:%s' % FhirServerUrl())
fhir_url = FhirServerUrl() + resource_type + '/'
# #### SEARCH
if interaction_type == 'search':
key = None
else:
key = masked_id(resource_type, cx, srtc, id, slash=False)
print("\nMasked_id-key:%s from r_id:%s "
"and cx-fhir_id:%s\n" % (key, id, cx.fhir_id))
# add key to fhir_url unless already in place.
fhir_url = add_key_to_fhir_url(fhir_url, key)
logger.debug('FHIR URL with key:%s' % fhir_url)
###########################
# Now we get to process the API Call.
# Internal handling format is json
# Remove the oauth elements from the GET
pass_params = strip_oauth(request.GET)
# Let's store the inbound requested format
# We need to simplify the format call to the backend
# so that we get data we can manipulate
requested_format = request_format(pass_params)
# now we simplify the format/_format request for the back-end
pass_params = strip_format_for_back_end(pass_params)
if "_format" in pass_params:
back_end_format = pass_params['_format']
else:
back_end_format = "json"
# #### SEARCH
if interaction_type == 'search':
if cx is not None:
# logger.debug("cx.fhir_id=%s" % cx.fhir_id)
if cx.fhir_id.__contains__('/'):
id = cx.fhir_id.split('/')[1]
else:
id = cx.fhir_id
# logger.debug("Patient Id:%s" % r_id)
if resource_type.lower() == "patient":
key = cx.fhir_id
else:
key = id
pass_params = build_params(pass_params, srtc, key, patient_id=cx.fhir_id)
# Add the call type ( READ = nothing, VREAD, _HISTORY)
# Before we add an identifier key
pass_to = fhir_call_type(interaction_type, fhir_url, vid)
logger.debug('\nHere is the URL to send, %s now add '
'GET parameters %s' % (pass_to, pass_params))
if pass_params is not '':
pass_to += pass_params
logger.debug("\nMaking request:%s" % pass_to)
###############################################
###############################################
# Now make the call to the backend API
if interaction_type == "search":
r = request_call(request,
pass_to,
cx,
reverse_lazy('home'),
timeout=settings.REQUEST_CALL_TIMEOUT)
else:
r = request_call(request, pass_to, cx, reverse_lazy('home'))
# BACK FROM THE CALL TO BACKEND
###############################################
###############################################
# logger.debug("r returned: %s" % r)
# Check for Error here
try:
error_check = r.text
logger.debug("We got r.text back:%s" % r.text[:200] + "...")
except:
error_check = "HttpResponse status_code=502"
logger.debug("Something went wrong with call to %s" % pass_to)
logger.debug("Checking for errors:%s" % error_check[:200] + "...")
if 'status_code' in error_check:
# logger.debug("We have a status code to check: %s" % r)
if r.status_code in ERROR_CODE_LIST:
logger.debug("\nError Status Code:%s" % r.status_code)
return error_status(r, r.status_code)
elif 'status_code=302' in error_check:
return error_status(r, 302)
elif 'status_code=502' in error_check:
return error_status(r, 502)
else:
logger.debug("Status Code:%s " "in:%s" % (r.status_code, r))
# We should have a 200 - good record to deal with
# We can occasionaly get a 200 with a Connection Error. eg. Timeout
try:
if "ConnectionError" in r.text:
logger.debug("Error:%s" % r.text)
return error_status(r, 502)
except:
pass
text_out = ''
# if 'text' in r:
# logger.debug('r:%s' % r.text)
# logger_debug.debug('r:%s' % r.text)
# else:
# logger.debug("r not returning text:%s" % r)
# logger_debug.debug("r not returning text:%s" % r)
# logger.debug("r.json: %s" % json.dumps(r.json))
# logger.debug('Rewrite List:%s' % rewrite_url_list)
host_path = get_host_url(request, resource_type)[:-1]
# logger.debug('host path:%s' % host_path)
# Add default FHIR Server URL to re-write
rewrite_url_list = build_rewrite_list(cx)
# print("Starting Rewrite_list:%s" % rewrite_url_list)
# ct_detail = get_content_type(r)
# logger.debug('Content-Type:%s \n work with %s' % (ct_detail,
# back_end_format))
try:
text_in = r.text
except:
text_in = ""
text_out = post_process_request(request, back_end_format, host_path,
text_in, rewrite_url_list)
od = build_output_dict(request, OrderedDict(), resource_type, key, vid,
interaction_type, requested_format, text_out)
# write session variables if _getpages was found
ikey = ''
try:
ikey = find_ikey(r.text)
except:
ikey = ''
if ikey is not '':
save_url = get_target_url(fhir_url, resource_type)
# print("Store fhir_url:%s but only: %s" % (fhir_url,save_url))
content = {
'fhir_to': save_url,
'rwrt_list': rewrite_url_list,
'res_type': resource_type,
'intn_type': interaction_type,
'key': key,
'vid': vid,
'resource_router': rr.id
}
sesn_var = write_session(request, ikey, content, skey=SESSION_KEY)
if sesn_var:
logger.debug("Problem writing session variables."
" Returned %s" % sesn_var)
if requested_format == 'xml':
# logger.debug('We got xml back in od')
return HttpResponse(r.text,
content_type='application/%s' % requested_format)
# return HttpResponse(tostring(dict_to_xml('content', od)),
# content_type='application/%s' % requested_format)
elif requested_format == 'json':
# logger.debug('We got json back in od')
return HttpResponse(pretty_json(od['bundle']),
content_type='application/%s' % requested_format)
query_string = build_querystring(request.GET.copy())
if "xml" in requested_format:
# logger.debug("Sending text_out for display: %s" % text_out[0:100])
div_text = get_div_from_xml(text_out)
# print("DIV TEXT returned:[%s]%s" % (type(div_text), div_text))
return render(
request, 'bluebutton/default_xml.html', {
'output': text_out,
'content': {
'parameters': query_string,
'resource_type': resource_type,
'request_method': "GET",
'interaction_type': interaction_type,
'div_texts': [
div_text,
],
'source': cx.fhir_source.name
}
})
else:
text_out = pretty_json(od['bundle'])
div_text = get_div_from_json(od['bundle'])
# logger.debug('We got a different format:%s' % requested_format)
return render(
request, 'bluebutton/default.html', {
'output': text_out,
'content': {
'parameters': query_string,
'resource_type': resource_type,
'request_method': "GET",
'interaction_type': interaction_type,
'div_texts': div_text,
'source': cx.fhir_source.name
}
})
def generic_read(request,
interaction_type,
resource_type,
id=None,
via_oauth=False,
vid=None,
*args,
**kwargs):
"""
Read from remote FHIR Server
:param request:
:param interaction_type:
:param resource_type:
:param id:
:param vid:
:param args:
:param kwargs:
:return:
# Example client use in curl:
# curl -X GET http://127.0.0.1:8000/fhir/Practitioner/1234
Process flow:
Is it a valid request?
Get the target server info
Get the request modifiers
- change url_id
- remove unwanted search parameters
- add search parameters
Construct the call
Make the call
Check result for errors
Deliver the formatted result
"""
# DONE: Fix to allow url_id in url for non-key resources.
# eg. Patient is key resource so replace url if override_url_id is True
# if override_url_id is not set allow id to be applied and check
# if search_override is True.
# interaction_type = 'read' or '_history' or 'vread' or 'search'
logger.debug('\n========================\n'
'INTERACTION_TYPE: %s - Via Oauth:%s' %
(interaction_type, via_oauth))
# if via_oauth we need to call crosswalk with
if via_oauth:
# get crosswalk from the resource_owner
cx = get_crosswalk(request.resource_owner)
else:
# Get the users crosswalk
cx = get_crosswalk(request.user)
# cx will be the crosswalk record or None
rr = get_resourcerouter(cx)
# Check if this interaction type and resource type combo is allowed.
deny = check_access_interaction_and_resource_type(resource_type,
interaction_type, rr)
if deny:
# if not allowed, return a 4xx error.
return deny
srtc = check_rt_controls(resource_type, rr)
# We get back a Supported ResourceType Control record or None
# with earlier if deny step we should have a valid srtc.
if not via_oauth:
# we don't need to check if user is anonymous if coming via_oauth
if srtc.secure_access and request.user.is_anonymous():
return kickout_403('Error 403: %s Resource access is controlled.'
' Login is required:'
'%s' %
(resource_type, request.user.is_anonymous()))
# logger.debug('srtc: %s' % srtc)
if cx is None:
logger.debug('Crosswalk for %s does not exist' % request.user)
if (cx is None and srtc is not None):
# There is a srtc record so we need to check override_search
if srtc.override_search:
# If user is not in Crosswalk and srtc has search_override = True
# We need to prevent search to avoid data leakage.
return kickout_403('Error 403: %s Resource is access controlled.'
' No records are linked to user:'******'%s' % (resource_type, request.user))
# TODO: Compare id to cx.fhir_id and return 403 if they don't match for
# Resource Type - Patient
fhir_url = ''
# change source of default_url to ResourceRouter
default_path = get_default_path(srtc.resource_name, cx=cx)
# get the default path for resource with ending "/"
# You need to add resource_type + "/" for full url
if srtc:
# logger.debug('SRTC:%s' % srtc)
fhir_url = default_path + resource_type + '/'
if srtc.override_url_id:
fhir_url += get_fhir_id(cx) + "/"
# logger.debug('fhir_url:%s' % fhir_url)
else:
fhir_url += id + "/"
else:
logger.debug('CX:%s' % cx)
if cx:
fhir_url = cx.get_fhir_resource_url(resource_type)
else:
# logger.debug('FHIRServer:%s' % FhirServerUrl())
fhir_url = FhirServerUrl() + resource_type + '/'
# #### SEARCH
if interaction_type == 'search':
key = None
else:
key = masked_id(resource_type, cx, srtc, id, slash=False)
# print("\nMasked_id-key:%s from r_id:%s "
# "and cx-fhir_id:%s\n" % (key, id, cx.fhir_id))
# add key to fhir_url unless already in place.
fhir_url = add_key_to_fhir_url(fhir_url, key)
logger.debug('FHIR URL with key:%s' % fhir_url)
###########################
# Now we get to process the API Call.
# Internal handling format is json
# Remove the oauth elements from the GET
pass_params = request.GET
# Let's store the inbound requested format
# We need to simplify the format call to the backend
# so that we get data we can manipulate
# if format is not defined and we come in via_oauth
# then default to json for format
requested_format = request_format(pass_params)
if requested_format == "html" and via_oauth:
requested_format = "json"
# now we simplify the format/_format request for the back-end
pass_params = strip_format_for_back_end(pass_params)
if "_format" in pass_params:
back_end_format = pass_params['_format']
else:
back_end_format = "json"
# #### SEARCH
if interaction_type == 'search':
if cx is not None:
# logger.debug("cx.fhir_id=%s" % cx.fhir_id)
if cx.fhir_id.__contains__('/'):
id = get_fhir_id(cx).split('/')[1]
else:
id = get_fhir_id(cx)
# logger.debug("Patient Id:%s" % r_id)
if resource_type.lower() == "patient":
key = get_fhir_id(cx)
else:
key = id
pass_params = build_params(pass_params,
srtc,
key,
patient_id=get_fhir_id(cx))
# Add the call type ( READ = nothing, VREAD, _HISTORY)
# Before we add an identifier key
pass_to = fhir_call_type(interaction_type, fhir_url, vid)
logger.debug('\nHere is the URL to send, %s now add '
'GET parameters %s' % (pass_to, pass_params))
if pass_params is not '':
pass_to += pass_params
logger.debug("\nMaking request:%s" % pass_to)
query_string = build_querystring(request.GET.copy())
###############################################
###############################################
# Now make the call to the backend API
if interaction_type == "search":
r = request_call(request,
pass_to,
cx,
reverse_lazy('home'),
timeout=rr.wait_time)
else:
r = request_call(request, pass_to, cx, reverse_lazy('home'))
# BACK FROM THE CALL TO BACKEND
###############################################
###############################################
# logger.debug("r returned: %s" % r)
# Check for Error here
# logger.debug("what is in r:\n#######\n%s\n##########\n" % dir(r))
logger.debug("status: %s/%s" % (r.status_code, r._status_code))
# logger.debug("text: %s\n#############\n" % (r.text))
if r.status_code in ERROR_CODE_LIST:
logger.debug("We have an error code to deal with: %s" % r.status_code)
if 'html' in requested_format.lower():
return render(
request, 'bluebutton/default.html', {
'output': pretty_json(r._content, indent=4),
'fhir_id': get_fhir_id(cx),
'content': {
'parameters': query_string,
'resource_type': resource_type,
'id': id,
'request_method': "GET",
'interaction_type': interaction_type,
'div_texts': "",
'source': get_fhir_source_name(cx)
}
})
else:
return HttpResponse(json.dumps(r._content, indent=4),
status=r.status_code,
content_type='application/json')
text_out = ''
host_path = get_host_url(request, resource_type)[:-1]
# logger.debug('host path:%s' % host_path)
# Add default FHIR Server URL to re-write
rewrite_url_list = build_rewrite_list(cx)
# print("Starting Rewrite_list:%s" % rewrite_url_list)
# ct_detail = get_content_type(r)
# logger.debug('Content-Type:%s \n work with %s' % (ct_detail,
# back_end_format))
text_in = get_response_text(fhir_response=r)
text_out = post_process_request(request, back_end_format, host_path,
text_in, rewrite_url_list)
od = build_output_dict(request, OrderedDict(), resource_type, key, vid,
interaction_type, requested_format, text_out)
# write session variables if _getpages was found
ikey = ''
try:
ikey = find_ikey(r.text)
except Exception:
ikey = ''
if ikey is not '':
save_url = get_target_url(fhir_url, resource_type)
# print("Store fhir_url:%s but only: %s" % (fhir_url,save_url))
content = {
'fhir_to': save_url,
'rwrt_list': rewrite_url_list,
'res_type': resource_type,
'intn_type': interaction_type,
'key': key,
'vid': vid,
'resource_router': rr.id
}
sesn_var = write_session(request, ikey, content, skey=SESSION_KEY)
if sesn_var:
logger.debug("Problem writing session variables."
" Returned %s" % sesn_var)
if requested_format == 'xml':
# logger.debug('We got xml back in od')
return HttpResponse(r.text,
content_type='application/%s' % requested_format)
# return HttpResponse(tostring(dict_to_xml('content', od)),
# content_type='application/%s' % requested_format)
elif requested_format == 'json':
# logger.debug('We got json back in od')
return HttpResponse(pretty_json(od['bundle']),
content_type='application/%s' % requested_format)
# define query string further up before request_call
# query_string = build_querystring(request.GET.copy())
if "xml" in requested_format:
# logger.debug("Sending text_out for display: %s" % text_out[0:100])
div_text = get_div_from_xml(text_out)
# print("DIV TEXT returned:[%s]%s" % (type(div_text), div_text))
return render(
request, 'bluebutton/default_xml.html', {
'output': text_out,
'fhir_id': get_fhir_id(cx),
'content': {
'parameters': query_string,
'resource_type': resource_type,
'id': id,
'request_method': "GET",
'interaction_type': interaction_type,
'div_texts': [
div_text,
],
'source': get_fhir_source_name(cx)
}
})
else:
text_out = pretty_json(od['bundle'])
div_text = get_div_from_json(od['bundle'])
# logger.debug('We got a different format:%s' % requested_format)
logger.debug('id or key: %s/%s' % (id, key))
return render(
request, 'bluebutton/default.html', {
'output': text_out,
'fhir_id': cx.fhir_id,
'content': {
'parameters': query_string,
'resource_type': resource_type,
'id': id,
'request_method': "GET",
'interaction_type': interaction_type,
'div_texts': div_text,
'source': get_fhir_source_name(cx)
}
})
def metadata(request, via_oauth=False, *args, **kwargs):
"""
Arrive here to do capabilityStatement or Conformance
aka metadata
oauth_fhir_conformance sets via_oauth=True
fhir_conformance sets via_oauth=False
:param request:
:param via_oauth:
:param args:
:param kwargs:
:return:
"""
cx = None
rr = get_resourcerouter()
call_to = FhirServerUrl()
resource_type = conformance_or_capability(call_to)
if call_to.endswith('/'):
call_to += 'metadata'
else:
call_to += '/metadata'
pass_params = request.GET
# pass_params should be an OrderedDict after strip_auth
# logger.debug("result from strip_oauth:%s" % pass_params)
# Let's store the inbound requested format
# We need to simplify the format call to the backend
# so that we get data we can manipulate
requested_format = request_format(pass_params)
# now we simplify the format/_format request for the back-end
pass_params = strip_format_for_back_end(pass_params)
back_end_format = pass_params['_format']
encoded_params = urlencode(pass_params)
#
# Add ? to front of parameters if needed
pass_params = prepend_q(encoded_params)
# logger.debug("Calling:%s" % call_to + pass_params)
query_string = build_querystring(request.GET.copy())
####################################################
####################################################
r = request_call(request,
call_to + pass_params,
cx,
reverse_lazy('authenticated_home'))
####################################################
####################################################
text_out = ''
host_path = get_host_url(request, '?')
if r.status_code in ERROR_CODE_LIST:
logger.debug("We have an error code to deal with: %s" % r.status_code)
if 'html' in requested_format.lower():
return render(
request,
'bluebutton/default.html',
{'output': pretty_json(r._content, indent=4),
'fhir_id': get_fhir_id(cx),
'content': {'parameters': query_string,
'resource_type': resource_type,
'id': id,
'request_method': "GET",
'interaction_type': "search",
'div_texts': "",
'source': get_fhir_source_name(cx)}})
else:
return HttpResponse(json.dumps(r._content, indent=4),
status=r.status_code,
content_type='application/json')
# get 'xml' 'json' or ''
# fmt = get_search_param_format(request.META['QUERY_STRING'])
# force to json
# logger.debug("Format:%s" % back_end_format)
rewrite_url_list = build_rewrite_list(cx)
# print("Starting Rewrite_list:%s" % rewrite_url_list)
text_in = get_response_text(fhir_response=r)
# print("Capability text: %s\n" % r.text)
# print("Capability _text: %s\n" % r._text)
# text_in = r.text
# if text_in == "":
# print("Capability assigning _text: %s\n" % r._text[:100])
#
# text_in = r._text
text_out = post_process_request(request,
back_end_format,
host_path,
text_in,
rewrite_url_list)
# define query string further up before request_call
# query_string = build_querystring(request.GET.copy())
# logger.debug("Query:%s" % query_string)
if 'xml' in requested_format:
# logger.debug('We got xml back in od')
# logger.debug("is xml filtered?%s" % requested_format)
xml_dom = xml_to_dom(text_out)
text_out = dom_conformance_filter(xml_dom, rr)
# Append Security to ConformanceStatement
security_endpoint = build_oauth_resource(request,
format_type="xml")
text_out = append_security(text_out,
security_endpoint)
# logger.debug("Text from XML function:\n%s\n=========" % text_out)
if 'html' not in requested_format:
return HttpResponse(text_out,
content_type='application'
'/%s' % requested_format)
else:
# logger.debug("Sending text_out for display: %s" % text_out[0:100])
return render(
request,
'bluebutton/default_xml.html',
{'output': text_out,
'content': {'parameters': query_string,
'resource_type': resource_type,
'request_method': "GET",
'interaction_type': "metadata",
'source': get_fhir_source_name(cx)}})
# return HttpResponse( tostring(dict_to_xml('content', od)),
# content_type='application/%s' % fmt)
else:
# back_end_format == 'json'
# logger.debug('We got json back in od')
od = conformance_filter(text_out, back_end_format, rr)
# Append Security to ConformanceStatement
security_endpoint = build_oauth_resource(request,
format_type="json")
print("OD:\n%s" % od['rest'])
od['rest'][0]['security'] = security_endpoint
print("OD+Security:\n%s" % od)
text_out = pretty_json(od)
if 'html' not in requested_format:
return HttpResponse(text_out,
content_type='application/'
'%s' % requested_format)
if 'security' in od:
print("%s" % pretty_json(od['security'], indent=4))
else:
print("No security content in Conformance")
print("od: %s" % pretty_json(od, indent=4))
# logger.debug('We got a different format:%s' % back_end_format)
return render(
request,
'bluebutton/default.html',
{'output': text_out,
'content': {'parameters': query_string,
'resource_type': resource_type,
'request_method': "GET",
'interaction_type': "metadata"}})
def rebuild_fhir_search(request):
""" Rebuild the Search String
We will start to use a session variable
We received:
http://localhost:8000/cmsblue/fhir/v1
?_getpages=61c6e2d1-2b7c-49c3-a083-3d5b3874d4ff&_getpagesoffset=10
&_count=10&_format=json&_pretty=true&_bundletype=searchset
Session Variables will be storing:
- FHIR Target URL/Resource
- _getpages value
- expires datetime
Construct FHIR_Target_URL + search parameters
"""
# now = str(datetime.now())
ikey = ''
if '_getpages' in request.GET:
ikey = request.GET['_getpages']
sn_vr = read_session(request, ikey, skey=SESSION_KEY)
# logger.debug("Session info:%s" % sn_vr)
if sn_vr == {}:
# Nothing returned from Session Variables
# Key could be expired or not matched
return authenticated_home(request)
url_call = sn_vr['fhir_to']
url_call += '/?' + request.META['QUERY_STRING']
rewrite_url_list = sn_vr['rwrt_list']
resource_type = sn_vr['res_type']
interaction_type = sn_vr['intn_type']
key = sn_vr['key']
vid = sn_vr['vid']
cx = get_crosswalk(request.user)
# logger.debug("Calling:%s" % url_call)
r = request_call(request, url_call, cx,
reverse_lazy('authenticated_home'))
host_path = get_host_url(request, '?')
# get 'xml' 'json' or ''
fmt = get_search_param_format(request.META['QUERY_STRING'])
text_out = post_process_request(request, fmt, host_path, r,
rewrite_url_list)
od = build_output_dict(request, OrderedDict(), resource_type, key, vid,
interaction_type, fmt, text_out)
if fmt == 'xml':
# logger.debug('We got xml back in od')
return HttpResponse(r.text, content_type='application/%s' % fmt)
# return HttpResponse( tostring(dict_to_xml('content', od)),
# content_type='application/%s' % fmt)
elif fmt == 'json':
# logger.debug('We got json back in od')
return HttpResponse(pretty_json(od),
content_type='application/%s' % fmt)
# logger.debug('We got a different format:%s' % fmt)
return render(
request,
'bluebutton/default.html',
{
'content': pretty_json(od),
'output': od
},
)
return authenticated_home(request)
def __init__(self, json_data, status_code):
self.content = pretty_json(json_data)
self.json_data = json_data
self.status_code = status_code
self.ct = 1
def __init__(self, json_data, status_code):
self.content = pretty_json(json_data)
self.json_data = json_data
self.status_code = status_code
self.ct = 1
def rebuild_fhir_search(request):
""" Rebuild the Search String
We will start to use a session variable
We received:
http://localhost:8000/cmsblue/fhir/v1
?_getpages=61c6e2d1-2b7c-49c3-a083-3d5b3874d4ff&_getpagesoffset=10
&_count=10&_format=json&_pretty=true&_bundletype=searchset
Session Variables will be storing:
- FHIR Target URL/Resource
- _getpages value
- expires datetime
Construct FHIR_Target_URL + search parameters
"""
# now = str(datetime.now())
ikey = ""
if "_getpages" in request.GET:
ikey = request.GET["_getpages"]
sn_vr = read_session(request, ikey, skey=SESSION_KEY)
# logger.debug("Session info:%s" % sn_vr)
if sn_vr == {}:
# Nothing returned from Session Variables
# Key could be expired or not matched
return authenticated_home(request)
url_call = sn_vr["fhir_to"]
url_call += "/?" + request.META["QUERY_STRING"]
rewrite_url_list = sn_vr["rwrt_list"]
resource_type = sn_vr["res_type"]
interaction_type = sn_vr["intn_type"]
key = sn_vr["key"]
vid = sn_vr["vid"]
logger.debug("Calling:%s" % url_call)
r = request_call(request, url_call, reverse_lazy("authenticated_home"))
host_path = get_host_url(request, "?")
# get 'xml' 'json' or ''
fmt = get_search_param_format(request.META["QUERY_STRING"])
text_out = post_process_request(request, fmt, host_path, r, rewrite_url_list)
od = build_output_dict(request, OrderedDict(), resource_type, key, vid, interaction_type, fmt, text_out)
if fmt == "xml":
# logger.debug('We got xml back in od')
return HttpResponse(r.text, content_type="application/%s" % fmt)
# return HttpResponse( tostring(dict_to_xml('content', od)),
# content_type='application/%s' % fmt)
elif fmt == "json":
# logger.debug('We got json back in od')
return HttpResponse(pretty_json(od), content_type="application/%s" % fmt)
# logger.debug('We got a different format:%s' % fmt)
return render(request, "bluebutton/default.html", {"content": pretty_json(od), "output": od})
return authenticated_home(request)
def fhir_conformance(request, *args, **kwargs):
""" Pull and filter fhir Conformance statement
metadata call
"""
if not request.user.is_authenticated():
return authenticated_home(request)
resource_type = "Conformance"
call_to = FhirServerUrl()
if call_to.endswith("/"):
call_to += "metadata"
else:
call_to += "/metadata"
pass_params = urlencode(strip_oauth(request.GET))
# Add ? to front of parameters if needed
pass_params = prepend_q(pass_params)
logger.debug("Calling:%s" % call_to + pass_params)
r = request_call(request, call_to + pass_params, reverse_lazy("authenticated_home"))
text_out = ""
host_path = get_host_url(request, "?")
# get 'xml' 'json' or ''
fmt = get_search_param_format(request.META["QUERY_STRING"])
rewrite_url_list = settings.FHIR_SERVER_CONF["REWRITE_FROM"]
# print("Starting Rewrite_list:%s" % rewrite_url_list)
text_out = post_process_request(request, fmt, host_path, r.text, rewrite_url_list)
od = conformance_filter(text_out, fmt)
if fmt == "xml":
# logger.debug('We got xml back in od')
return HttpResponse(text_out, content_type="application/%s" % fmt)
# return HttpResponse( tostring(dict_to_xml('content', od)),
# content_type='application/%s' % fmt)
elif fmt == "json":
# logger.debug('We got json back in od')
return HttpResponse(pretty_json(od), content_type="application/%s" % fmt)
# logger.debug('We got a different format:%s' % fmt)
return render(
request,
"bluebutton/default.html",
{
"output": pretty_json(od),
"content": {
"parameters": request.GET.urlencode(),
"resource_type": resource_type,
"request_method": "GET",
"interaction_type": "metadata",
},
},
)
def read_search(request,
interaction_type,
resource_type,
id=None,
vid=None,
*args,
**kwargs):
"""
Read from remote FHIR Server
:param request:
:param interaction_type:
:param resource_type:
:param id:
:param vid:
:param args:
:param kwargs:
:return:
# Example client use in curl:
# curl -X GET http://127.0.0.1:8000/fhir/Practitioner/1234?_format=json
"""
logger.debug('\n========================\n'
'INTERACTION_TYPE: %s' % interaction_type)
# Get the users crosswalk
cx = get_crosswalk(request.user)
# cx will be the crosswalk record or None
rr = get_resourcerouter(cx)
# Check if this interaction type and resource type combo is allowed.
deny = check_access_interaction_and_resource_type(resource_type,
interaction_type, rr)
if deny:
# if not allowed, return a 4xx error.
return deny
srtc = check_rt_controls(resource_type, rr)
# We get back a Supported ResourceType Control record or None
# with earlier if deny step we should have a valid srtc.
if srtc.secure_access and request.user.is_anonymous():
return kickout_403('Error 403: %s Resource access is controlled.'
' Login is required:'
'%s' % (resource_type, request.user.is_anonymous()))
# logger.debug('srtc: %s' % srtc)
if (cx is None and srtc is not None):
# There is a srtc record so we need to check override_search
if srtc.override_search:
# If user is not in Crosswalk and srtc has search_override = True
# We need to prevent search to avoid data leakage.
return kickout_403('Error 403: %s Resource is access controlled.'
' No records are linked to user:'******'%s' % (resource_type, request.user))
################################################
#
# Now we should have sorted out all the bounces
# Now to structure the call to the back-end
#
################################################
# construct the server address, path and release
# Get the crosswalk.fhir_source = ResourceRouter
# Build url from rr.server_address + rr.server_path + rr.server_release
target_url = rr.fhir_url
# add resource_type + '/'
target_url += srtc.resourceType
target_url += "/"
# Analyze the _format parameter
# Sve the display _format
input_parameters = request.GET
# requested_format = 'json' | 'xml' | 'html'
requested_format = save_request_format(input_parameters)
format_mode = eval_format_type(requested_format)
# prepare the back-end _format setting
back_end_format = set_fhir_format(format_mode)
# remove the oauth parameters
payload = strip_oauth(request.GET)
# Get payload with oauth parameters removed
# Add the format for back-end
payload['_format'] = back_end_format
# remove the srtc.search_block parameters
payload = block_params(payload, srtc)
# print("id:%s" % str(id))
# move resource_id to _id=resource_id
id_dict = set_resource_id(srtc, id, cx.fhir_id)
# id_dict['query_mode'] = 'search' | 'read'
# id_dict['url_id'] = '' | id
# id_dict['_id'] = id | ''
# id_dict['patient'] = patient_id | ''
# resource_id = id_dict['url_id']
# Add the srtc.search_add parameters
# added_params = add_params(srtc,
# patient_id=id_dict['patient'],
# key=id_dict['url_id'])
# print("Added Params:%s" % added_params)
params_list = search_add_to_list(srtc.search_add)
# print("Params_List:%s" % params_list)
payload = payload_additions(payload, params_list)
# print('id_dict:%s' % id_dict)
# print("what have we got?:%s" % id_dict)
if id_dict['_id']:
# add rt_id into the search parameters
if id_dict['_id'] is not None:
payload['_id'] = id_dict['_id']
if resource_type.lower() == 'patient':
# print("Working resource:%s" % resource_type)
payload['_id'] = id_dict['patient']
if payload['patient']:
del payload['patient']
for pyld_k, pyld_v in payload.items():
if pyld_v is None:
pass
elif '%PATIENT%' in pyld_v:
# replace %PATIENT% with cx.fhir_id
payload = payload_var_replace(payload,
pyld_k,
new_value=id_dict['patient'],
old_value='%PATIENT%')
# print("post futzing:%s" % id_dict)
# add the _format setting
payload['_format'] = back_end_format
# Make the request_call
r = request_get_with_parms(request,
target_url,
json.loads(json.dumps(payload)),
cx,
reverse_lazy('home'),
timeout=settings.REQUEST_CALL_TIMEOUT)
################################################
#
# Now we process the response from the back-end
#
################################################
# if 'status_code' in r:
# r_status_code = r.status_code
# else:
# r_status_code = 500
rewrite_list = build_rewrite_list(cx)
host_path = get_host_url(request, resource_type)[:-1]
try:
text_in = r.text
except:
text_in = ""
text_out = post_process_request(request, back_end_format, host_path,
text_in, rewrite_list)
if resource_type.lower() == 'patient':
display_key = id_dict['patient']
else:
display_key = id
od = build_output_dict(request, OrderedDict(), resource_type, display_key,
vid, interaction_type, requested_format, text_out)
################################################
#
# Now display the result
#
################################################
ikey = ''
try:
ikey = find_ikey(r.text)
except:
ikey = ''
if ikey is not '':
save_url = get_target_url(target_url, resource_type)
# print("Store target_url:%s but only: %s" % (target_url,save_url))
content = {
'fhir_to': save_url,
'rwrt_list': rewrite_list,
'res_type': resource_type,
'intn_type': interaction_type,
'key': display_key,
'vid': vid,
'resource_router': rr.id
}
sesn_var = write_session(request, ikey, content, skey=SESSION_KEY)
if sesn_var:
logger.debug("Problem writing session variables."
" Returned %s" % sesn_var)
if format_mode == 'xml':
# logger.debug('We got xml back in od')
return HttpResponse(r.text,
content_type='application/%s' % requested_format)
# return HttpResponse(tostring(dict_to_xml('content', od)),
# content_type='application/%s' % requested_format)
elif format_mode == 'json':
# logger.debug('We got json back in od')
return HttpResponse(pretty_json(od['bundle']),
content_type='application/%s' % requested_format)
query_string = build_querystring(request.GET.copy())
if "xml" in requested_format:
# logger.debug("Sending text_out for display: %s" % text_out[0:100])
div_text = get_div_from_xml(text_out)
# print("DIV TEXT returned:[%s]%s" % (type(div_text), div_text))
return render(
request, 'bluebutton/default_xml.html', {
'output': text_out,
'content': {
'parameters': query_string,
'resource_type': resource_type,
'request_method': "GET",
'interaction_type': interaction_type,
'div_texts': [
div_text,
],
'source': cx.fhir_source.name
}
})
else:
text_out = pretty_json(od['bundle'])
div_text = get_div_from_json(od['bundle'])
# logger.debug('We got a different format:%s' % requested_format)
return render(
request, 'bluebutton/default.html', {
'output': text_out,
'content': {
'parameters': query_string,
'resource_type': resource_type,
'request_method': "GET",
'interaction_type': interaction_type,
'div_texts': div_text,
'source': cx.fhir_source.name
}
})
def fhir_conformance(request, *args, **kwargs):
""" Pull and filter fhir Conformance statement
BaseDstu2 = "Conformance"
BaseStu3 = "CapabilityStatement"
metadata call
"""
if not request.user.is_authenticated():
return authenticated_home(request)
try:
cx = Crosswalk.objects.get(user=request.user)
except Crosswalk.DoesNotExist:
cx = None
# logger.debug('Crosswalk for %s does not exist' % request.user)
if cx:
call_to = cx.fhir_source.fhir_url
else:
call_to = FhirServerUrl()
resource_type = conformance_or_capability(call_to)
if call_to.endswith('/'):
call_to += 'metadata'
else:
call_to += '/metadata'
pass_params = strip_oauth(request.GET)
# pass_params should be an OrderedDict after strip_auth
# logger.debug("result from strip_oauth:%s" % pass_params)
# Let's store the inbound requested format
# We need to simplify the format call to the backend
# so that we get data we can manipulate
requested_format = request_format(pass_params)
# now we simplify the format/_format request for the back-end
pass_params = strip_format_for_back_end(pass_params)
back_end_format = pass_params['_format']
encoded_params = urlencode(pass_params)
#
# Add ? to front of parameters if needed
pass_params = prepend_q(encoded_params)
# logger.debug("Calling:%s" % call_to + pass_params)
####################################################
####################################################
r = request_call(request, call_to + pass_params, cx,
reverse_lazy('authenticated_home'))
####################################################
####################################################
text_out = ''
host_path = get_host_url(request, '?')
# get 'xml' 'json' or ''
# fmt = get_search_param_format(request.META['QUERY_STRING'])
# force to json
# logger.debug("Format:%s" % back_end_format)
rewrite_url_list = settings.FHIR_SERVER_CONF['REWRITE_FROM']
# print("Starting Rewrite_list:%s" % rewrite_url_list)
text_out = post_process_request(request, back_end_format, host_path,
r.text, rewrite_url_list)
query_string = build_querystring(request.GET.copy())
# logger.debug("Query:%s" % query_string)
if 'xml' in requested_format:
# logger.debug('We got xml back in od')
# logger.debug("is xml filtered?%s" % requested_format)
xml_dom = xml_to_dom(text_out)
text_out = dom_conformance_filter(xml_dom)
# logger.debug("Text from XML function:\n%s\n=========" % text_out)
if 'html' not in requested_format:
return HttpResponse(text_out,
content_type='application'
'/%s' % requested_format)
else:
# logger.debug("Sending text_out for display: %s" % text_out[0:100])
return render(
request, 'bluebutton/default_xml.html', {
'output': text_out,
'content': {
'parameters': query_string,
'resource_type': resource_type,
'request_method': "GET",
'interaction_type': "metadata",
'source': cx.fhir_source.name
}
})
# return HttpResponse( tostring(dict_to_xml('content', od)),
# content_type='application/%s' % fmt)
elif back_end_format == 'json':
# logger.debug('We got json back in od')
od = conformance_filter(text_out, back_end_format)
text_out = pretty_json(od)
if 'html' not in requested_format:
return HttpResponse(text_out,
content_type='application/'
'%s' % requested_format)
else:
# let's make sure we have json to deliver:
od = conformance_filter(text_out, back_end_format)
text_out = pretty_json(od)
# logger.debug('We got a different format:%s' % back_end_format)
return render(
request, 'bluebutton/default.html', {
'output': text_out,
'content': {
'parameters': query_string,
'resource_type': resource_type,
'request_method': "GET",
'interaction_type': "metadata",
'source': cx.fhir_source.name
}
})
def connect_first(request):
"""
Prompt for MyMedicare.gov user and password
Ask for confirmation to connect to MyMedicare.gov
call connect with userid and password
:param request:
:return:
"""
try:
xwalk = Crosswalk.objects.get(user=request.user)
except Crosswalk.DoesNotExist:
xwalk = Crosswalk()
xwalk.user = request.user
# We may want to add the default FHIR Server to the crosswalk entry
# before we save.
# xwalk.fhir_source =
xwalk.save()
xwalk = Crosswalk.objects.get(user=request.user)
form = Medicare_Connect()
# logger.debug("In eimm.mym_login.connect_first:"
# "User:%s \nCrosswalk:%s" % (xwalk.user, xwalk))
if request.POST:
form = Medicare_Connect(request.POST)
if form.is_valid():
if form.cleaned_data['mmg_user'] and form.cleaned_data['mmg_pwd']:
context = {}
# make the call
# logger.debug("MAKING THE CALL with:",
# form.cleaned_data['mmg_user'],
# "and ", form.cleaned_data['mmg_pwd'])
mmg = {}
mmg['mmg_user'] = form.cleaned_data['mmg_user']
mmg['mmg_pwd'] = form.cleaned_data['mmg_pwd']
# see if the call works
mmg = connect(request, mmg)
if mmg['status'] == 'FAIL':
# we had a problem with login
messages.info(
request,
mark_safe("Do you need to connect to "
"<a href='https://mymedicare.gov'"
" target='_blank'>"
"MyMedicare.gov</a> to check your"
" account?"))
return render(request, 'eimm/medicare_connect.html',
{'form': form})
# Now we go and get the BlueButton Text file
mmg_bb = get_bluebutton(request, mmg)
# mmg_mail = {}
# logger.debug("Blue Button returned:", mmg_bb)
mc_prof = {}
if mmg_bb['status'] == "OK":
pretty_name = pretty_json(split_name(mmg['mmg_name']))
mc_prof['user'] = mmg['mmg_user']
mc_prof['password'] = mmg['mmg_pwd']
mc_prof['name'] = mmg['mmg_name']
mc_prof['HumanName'] = pretty_name
mc_prof['account'] = mmg['mmg_account']
# need to check what is returned in mmg_account.
messages.success(
request, "Connection succeeded for " +
mc_prof['name'] + "[" + mc_prof['user'] + "].")
# Update the Medicare user name to the Crosswalk
if xwalk.mb_user == '':
xwalk.mb_user = mc_prof['user']
if mmg_bb['status'] == "OK":
# We need to save the Blue Button Text
# print("We are okay to update mmg_bbdata",
# "\n with ", mmg_bb['mmg_bbdata'][:250])
mc_prof['bb_data'] = mmg_bb['mmg_bbdata']
# Save the Blue Button text to the Crosswalk
# TODO: Save to BlueButtonText
write_bb_text = bb_update_or_create(
xwalk.user, mmg_bb['mmg_bbdata'])
# xwalk.bb_text = mmg_bb['mmg_bbdata']
if write_bb_text:
bb_text = mmg_bb['mmg_bbdata']
else:
bb_text = '{}'
# Convert the text to JSON
result = bb_to_json(request, bb_text)
# logger.debug("BB Conversion:", result)
if result['result'] == "OK":
mc_prof['bb_json'] = result['mmg_bbjson']
mc_prof['email'] = get_bbemail(
request, mc_prof['bb_json'])
mc_prof['profile'] = get_bbprof(
request, mc_prof['bb_json'])
# Extract claims from Blue Button JSON
mc_prof['claims'] = getbbclm(
request, mc_prof['bb_json'])
# logger.debug("returned json from xwalk:", result)
# for key, value in xwalk.mmg_bbjson.items():
# # print("Key:", key)
# if key == "patient":
# for k, v in value.items():
# # print("K:", k, "| v:", v)
# if k == "email":
# xwalk.mmg_email = v
# if not xwalk.mmg_bbfhir:
# if result['result'] == "OK":
# outcome = json_to_eob(request)
# if outcome['result'] == "OK":
# xwalk.mmg_bbfhir = True
# if mmg_mail['status'] == "OK":
# xwalk.mmg_email = mmg_mail['mmg_email']
# Save the Crosswalk changes
xwalk.save()
context['mmg'] = mmg
return render(
request, 'eimm/bluebutton_analytics.html', {
'content': context,
'profile': mc_prof,
'profilep': pretty_json(mc_prof['profile']),
'claimsp': pretty_json(mc_prof['claims'])
})
else:
form = Medicare_Connect()
# logger.debug("setting up the GET:")
return render(request, 'eimm/medicare_connect.html', {'form': form})
def convert_bb(request):
""" Read bb_text from CrossWalk
Convert to JSON (bb_to_json)
Analyze JSON
Get Claims
Search for Claims
Check for Unique Patient
Get Unique Patient
Store ID in Crosswalk
"""
try:
xwalk = Crosswalk.objects.get(user=request.user)
except Crosswalk.DoesNotExist:
xwalk = Crosswalk()
xwalk.user = request.user
# We may want to add the default FHIR Server to the crosswalk entry
# before we save.
# xwalk.fhir_source =
xwalk.save()
# Do we have Blue Button text to work with?
bb_text = check_for_bb_text(xwalk.user)
if not bb_text:
return HttpResponseRedirect(reverse('home'))
# Convert from text to JSON
bb_result = bb_to_json(request, bb_text.bb_content)
bb_json = bb_result['mmg_bbjson']
# print("JSON:", bb_result['mmg_bbjson'])
# Extract Claims from bb_json
bb_claims = getbbclm(request, bb_result['mmg_bbjson'])
# print("\nClaims:", bb_claims)
fhir_claims = eval_claims(request, bb_claims)
# Take bb_claims and get a unique list of patients
# Hopefully we only have ONE
bb_patient_ids = unique_keys(fhir_claims, key="patient")
# print("Patient IDs:", bb_patient_ids)
if len(bb_patient_ids) is 0:
# We have a problem...
# Too many or Too Few Patient IDs returned from Claims
messages.error(request, "Unable to find a Patient Match")
elif len(bb_patient_ids) > 1:
messages.error(request, "Unable to match to a unique Patient ID")
else:
messages.info(request, "We found a match %s" % bb_patient_ids[0])
if not xwalk.fhir_id:
# We need the Id from Patient ID
# It should be in format Patient/{ID}
fhir_id = bb_patient_ids[0].split('/')
if len(fhir_id) > 1:
fhir_id_num = fhir_id[-1]
xwalk.fhir_id = fhir_id_num
mc_prof = {}
if bb_json['result'] == "OK":
mc_prof['bb_json'] = bb_json['mmg_bbjson']
mc_prof['email'] = get_bbemail(request, bb_json)
mc_prof['profile'] = get_bbprof(request, bb_json)
# Extract claims from Blue Button JSON
mc_prof['claims'] = getbbclm(request, bb_json)
return render(
request, 'eimm/bluebutton_analytics.html', {
'content': bb_json,
'profile': mc_prof,
'profilep': pretty_json(mc_prof['profile']),
'claimsp': pretty_json(mc_prof['claims'])
})
return HttpResponseRedirect(reverse('home'))
def generic_read(request,
interaction_type,
resource_type,
r_id=None,
vid=None,
*args,
**kwargs):
"""
Read from remote FHIR Server
:param request:
:param interaction_type:
:param resource_type:
:param id:
:param vid:
:param args:
:param kwargs:
:return:
# Example client use in curl:
# curl -X GET http://127.0.0.1:8000/fhir/Practitioner/1234
"""
# interaction_type = 'read' or '_history' or 'vread' or 'search'
logger.debug('interaction_type: %s' % interaction_type)
# Check if this interaction type and resource type combo is allowed.
deny = check_access_interaction_and_resource_type(resource_type,
interaction_type)
if deny:
# if not allowed, return a 4xx error.
return deny
srtc = check_rt_controls(resource_type)
# We get back a Supported ResourceType Control record or None
# with earlier if deny step we should have a valid srtc.
default_path = get_default_path(srtc.resource_name)
# get the default path for resource with ending "/"
# You need to add resource_type + "/" for full url
logger.debug('srtc: %s' % srtc)
try:
cx = Crosswalk.objects.get(user=request.user)
except Crosswalk.DoesNotExist:
cx = None
# logger.debug('Crosswalk for %s does not exist' % request.user)
if (cx is None and srtc is not None):
# There is a srtc record so we need to check override_search
if srtc.override_search:
# If user is not in Crosswalk and srtc has search_override = True
# We need to prevent search to avoid data leakage.
return kickout_403('Error 403: %s Resource is access controlled.'
' No records are linked to user:'******'%s' % (resource_type, request.user))
# Request.user = user
# interaction_type = read | _history | vread
# resource_type = 'Patient | Practitioner | ExplanationOfBenefit ...'
# id = fhir_id (potentially masked)
# vid = Version Id
# Check the resource_type to see if it has a url
# Check the resource_type to see if masking is required
# Get the FHIR_Server (from crosswalk via request.user)
# if masked get the fhir_id from crosswalk
# if search_override strip search items (search_block)
# if search_override add search keys
fhir_url = ''
# change source of default_url to ResourceRouter
# Add default FHIR Server URL to re-write
rewrite_url_list = settings.FHIR_SERVER_CONF['REWRITE_FROM']
# print("Starting Rewrite_list:%s" % rewrite_url_list)
if srtc:
logger.debug('SRTC:%s' % srtc)
fhir_url = default_path + resource_type + '/'
# Add to the rewrite_url list
rewrite_url_list.append(default_path)
else:
logger.debug('CX:%s' % cx)
if cx:
fhir_url = cx.get_fhir_resource_url(resource_type)
rewrite_url_list.append(fhir_url.replace(resource_type + '/', ''))
else:
# logger.debug('FHIRServer:%s' % FhirServerUrl())
fhir_url = FhirServerUrl() + resource_type + '/'
if FhirServerUrl()[:-1] not in rewrite_url_list:
rewrite_url_list.append(FhirServerUrl()[:-1])
logger.debug('FHIR URL:%s' % fhir_url)
logger.debug('Rewrite List:%s' % rewrite_url_list)
if interaction_type == 'search':
key = None
else:
key = masked_id(resource_type, cx, srtc, r_id, slash=False)
if fhir_url.endswith(resource_type + '/'):
# we need to make sure we don't specify resource_type twice in URL
if key.startswith(resource_type + '/'):
key = key.replace(resource_type + '/', '')
fhir_url += key + '/'
logger.debug('FHIR URL with key:%s' % fhir_url)
###########################
# Now we get to process the API Call.
# Internal handling format is json
# Remove the oauth elements from the GET
pass_params = strip_oauth(request.GET)
if interaction_type == 'search':
if cx is not None:
logger.debug("cx.fhir_id=%s" % cx.fhir_id)
r_id = cx.fhir_id.split('/')[1]
logger.debug("Patient Id:%s" % r_id)
if resource_type == "Patient":
key = r_id
pass_params = build_params(pass_params,
srtc,
# key,
r_id,
)
if interaction_type == 'vread':
pass_to = fhir_url + '_history' + '/' + vid
elif interaction_type == '_history':
pass_to = fhir_url + '_history'
else: # interaction_type == 'read':
pass_to = fhir_url
logger.debug('Here is the URL to send, %s now add '
'GET parameters %s' % (pass_to, pass_params))
if pass_params is not '':
pass_to += pass_params
logger.debug("Making request:%s" % pass_to)
# Now make the call to the backend API
r = request_call(request, pass_to, reverse_lazy('api:v1:home'))
text_out = ''
if 'text' in r:
logger.debug('r:%s' % r.text)
else:
logger.debug("r not returning text:%s" % r)
# logger.debug('Rewrite List:%s' % rewrite_url_list)
host_path = get_host_url(request, resource_type)[:-1]
logger.debug('host path:%s' % host_path)
# get 'xml' 'json' or ''
fmt = get_search_param_format(pass_params)
text_out = post_process_request(request,
fmt,
host_path,
r.text,
rewrite_url_list)
od = build_output_dict(request,
OrderedDict(),
resource_type,
key,
vid,
interaction_type,
fmt,
text_out)
# write session variables if _getpages was found
ikey = find_ikey(r.text)
if ikey is not '':
save_url = get_target_url(fhir_url, resource_type)
# print("Store fhir_url:%s but only: %s" % (fhir_url,save_url))
content = {
'fhir_to': save_url,
'rwrt_list': rewrite_url_list,
'res_type': resource_type,
'intn_type': interaction_type,
'key': key,
'vid': vid
}
sesn_var = write_session(request, ikey, content, skey=SESSION_KEY)
if sesn_var:
logger.debug("Problem writing session variables."
" Returned %s" % sesn_var)
if fmt == 'xml':
# logger.debug('We got xml back in od')
return HttpResponse(r.text, content_type='application/%s' % fmt)
# return HttpResponse( tostring(dict_to_xml('content', od)),
# content_type='application/%s' % fmt)
elif fmt == 'json':
# logger.debug('We got json back in od')
return HttpResponse(pretty_json(od),
content_type='application/%s' % fmt)
# logger.debug('We got a different format:%s' % fmt)
return render(
request,
'bluebutton/default.html',
{'content': pretty_json(od), 'output': od},
)
