def test_crosswalk_fhir_id(self):
        """ Get the Crosswalk FHIR_Id """

        u = User.objects.create_user(
            username="******",
            first_name="Billybob",
            last_name="Button",
            email="*****@*****.**",
            password="******",
        )
        UserProfile.objects.create(user=u, user_type="DEV", create_applications=True)

        x = Crosswalk()
        x.user = u
        x.fhir_id = "Patient/23456"
        x.save()

        result = crosswalk_patient_id(u)

        self.assertEqual(x.fhir_id, result)

        # Test the dt_reference for Patient

        result = dt_patient_reference(u)

        expect = {"reference": x.fhir_id}

        self.assertEqual(result, expect)
    def test_crosswalk_fhir_id(self):
        """ Get the Crosswalk FHIR_Id """

        u = User.objects.create_user(
            username="******",
            first_name="Billybob",
            last_name="Button",
            email='*****@*****.**',
            password="******",
        )
        UserProfile.objects.create(user=u,
                                   user_type="DEV",
                                   create_applications=True)

        x = Crosswalk()
        x.user = u
        x.fhir_id = "Patient/23456"
        x.save()

        result = crosswalk_patient_id(u)

        self.assertEqual(x.fhir_id, result)

        # Test the dt_reference for Patient

        result = dt_patient_reference(u)

        expect = {'reference': x.fhir_id}

        self.assertEqual(result, expect)
    def setUp(self):
        # Setup the RequestFactory
        # I could probably update this to use a Mock()
        self.factory = RequestFactory()
        self.user = User.objects.create_user(username="******", email="fred4@...", password="******")

        xwalk = Crosswalk()
        xwalk.user = self.user
        xwalk.fhir_id = "Patient/12345"
        xwalk.save()
    def setUp(self):
        # Setup the RequestFactory
        # I could probably update this to use a Mock()
        self.factory = RequestFactory()
        self.user = User.objects.create_user(username='******',
                                             email='fred4@...',
                                             password='******')

        xwalk = Crosswalk()
        xwalk.user = self.user
        xwalk.fhir_id = "Patient/12345"
        xwalk.save()
Example #5
0
def update_crosswalk(user, server, id):
    """ Look up Crosswalk for user and add patient_id """

    try:
        xwalk = Crosswalk.objects.get(user=user)
    except Crosswalk.DoesNotExist:
        xwalk = Crosswalk()
        xwalk.user = user

    if xwalk.fhir_id:
        return xwalk
    else:
        xwalk.fhir_id = id
        xwalk.fhir_source = server
        xwalk.save()

    return xwalk
    def test_user_logged_in_crosswalk_no_fhir_id(self):
        """ check_crosswalk - User Logged in. Entry in xwalk. No fhir_id """

        request = self.factory.get('/create_test_account/bb_upload/')
        request.user = self.user
        request.messages = self.messages
        # setattr(request, 'session', 'session')
        # messages = FallbackStorage(request)
        # setattr(request, '_messages', messages)

        xwalk = Crosswalk()
        xwalk.user = request.user
        xwalk.save()

        result = check_crosswalk(request)

        # print("Crosswalk found Result:%s" % result.content)

        self.assertContains(result,
                            'Paste the contents of a Blue Button Text File',
                            count=None, status_code=200)
Example #7
0
    def test_user_logged_in_crosswalk_no_fhir_id(self):
        """ check_crosswalk - User Logged in. Entry in xwalk. No fhir_id """

        request = self.factory.get('/create_test_account/bb_upload/')
        request.user = self.user
        request.messages = self.messages
        # setattr(request, 'session', 'session')
        # messages = FallbackStorage(request)
        # setattr(request, '_messages', messages)

        xwalk = Crosswalk()
        xwalk.user = request.user
        xwalk.save()

        result = check_crosswalk(request)

        # print("Crosswalk found Result:%s" % result.content)

        self.assertContains(result,
                            'Paste the contents of a Blue Button Text File',
                            count=None,
                            status_code=200)
    def test_user_logged_in_crosswalk_fhir_id(self):
        """ check_crosswalk - User Logged in. Entry in xwalk with FHIR_ID """

        request = self.factory.get('/create_test_account/bb_upload/')
        request.user = self.user
        request._messages = FakeMessages()
        # setattr(request, 'session', 'session')
        # request.messages = self.messages
        # setattr(request, '_messages', messages)

        xwalk = Crosswalk()
        xwalk.user = self.user
        xwalk.fhir_id = "12345678"
        xwalk.save()

        expected = 'Account is already linked to a FHIR resource.'

        result = check_crosswalk(request)
        result = result

        # print("Crosswalk found "
        #       "with FHIR ID Result:%s" % request._messages.pop)

        self.assertEqual(request._messages.pop, expected)
Example #9
0
    def test_user_logged_in_crosswalk_fhir_id(self):
        """ check_crosswalk - User Logged in. Entry in xwalk with FHIR_ID """

        request = self.factory.get('/create_test_account/bb_upload/')
        request.user = self.user
        request._messages = FakeMessages()
        # setattr(request, 'session', 'session')
        # request.messages = self.messages
        # setattr(request, '_messages', messages)

        xwalk = Crosswalk()
        xwalk.user = self.user
        xwalk.fhir_id = "12345678"
        xwalk.save()

        expected = 'Account is already linked to a FHIR resource.'

        result = check_crosswalk(request)
        result = result

        # print("Crosswalk found "
        #       "with FHIR ID Result:%s" % request._messages.pop)

        self.assertEqual(request._messages.pop, expected)
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})
Example #12
0
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'))
Example #13
0
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})