def validate_create_row_params(rqst_body, validated_params, rqst_errors):
validated_params['consumer_id'] = clean_int_value_from_dict_object(
rqst_body, "root", "consumer_id", rqst_errors)
validated_params['navigator_id'] = clean_int_value_from_dict_object(
rqst_body, "root", "navigator_id", rqst_errors)
validated_params['cm_client_id'] = clean_int_value_from_dict_object(
rqst_body, "root", "cm_client_id", rqst_errors, none_allowed=True)
validated_params['cm_sequence_id'] = clean_int_value_from_dict_object(
rqst_body, "root", "cm_sequence_id", rqst_errors, none_allowed=True)
if 'notes' in rqst_body:
validated_params['notes'] = clean_string_value_from_dict_object(
rqst_body,
"root",
"notes",
rqst_errors,
empty_string_allowed=True,
none_allowed=True)
if "datetime_completed" in rqst_body:
datetime_completed = clean_string_value_from_dict_object(
rqst_body,
"root",
"datetime_completed",
rqst_errors,
none_allowed=True)
validated_datetime_completed = None
if datetime_completed:
try:
validated_datetime_completed = datetime.datetime.strptime(
datetime_completed,
"%Y-%m-%dT%H:%M:%S").replace(tzinfo=pytz.UTC)
except ValueError:
rqst_errors.append(
'datetime_completed must be a properly formatted datetime string in UTC, eg. YYYY-MM-DDTHH:MM:SS. Value is : {}'
.format(datetime_completed))
validated_params['datetime_completed'] = validated_datetime_completed
if "client_appointment_datetime" in rqst_body:
client_appointment_datetime = clean_string_value_from_dict_object(
rqst_body,
"root",
"client_appointment_datetime",
rqst_errors,
none_allowed=True)
validated_client_appointment_datetime = None
if client_appointment_datetime:
try:
validated_client_appointment_datetime = datetime.datetime.strptime(
client_appointment_datetime,
"%Y-%m-%dT%H:%M:%S").replace(tzinfo=pytz.UTC)
except ValueError:
rqst_errors.append(
'client_appointment_datetime must be a properly formatted datetime string in UTC, eg. YYYY-MM-DDTHH:MM:SS. Value is : {}'
.format(client_appointment_datetime))
validated_params[
'client_appointment_datetime'] = validated_client_appointment_datetime
def validate_create_row_params(rqst_body, validated_params, rqst_errors):
validated_params[
"rqst_specific_concern_question"] = clean_string_value_from_dict_object(
rqst_body, "root", "question", rqst_errors)
rqst_specific_concern_research_weight = clean_int_value_from_dict_object(
rqst_body, "root", "research_weight", rqst_errors, no_key_allowed=True)
if not rqst_specific_concern_research_weight:
rqst_specific_concern_research_weight = ConsumerSpecificConcern.RESEARCH_WEIGHT_DEFAULT
elif rqst_specific_concern_research_weight > 100:
rqst_errors.append(
"Value for 'research_weight' must be less than 100. Given value is: {}"
.format(rqst_specific_concern_research_weight))
validated_params[
"rqst_specific_concern_research_weight"] = rqst_specific_concern_research_weight
if "add_related_general_concerns" in rqst_body:
rqst_add_related_general_concerns_names = clean_list_value_from_dict_object(
rqst_body,
"root",
"add_related_general_concerns",
rqst_errors,
empty_list_allowed=True)
add_related_general_concerns_objects = []
if rqst_add_related_general_concerns_names:
validate_related_gen_concern_names(
rqst_add_related_general_concerns_names, rqst_errors)
if not rqst_errors:
add_related_general_concerns_objects = ConsumerGeneralConcern.retrieve_related_gen_concern_rows_by_name(
rqst_add_related_general_concerns_names, rqst_errors)
validated_params[
"add_related_general_concerns_objects"] = add_related_general_concerns_objects
def add_nav_apt_to_google_calendar(post_data, post_errors):
"""
This function takes a dictionary populated with data about a consumer appointment with a navigator, adds it to the
navigator's 'Navigator-Consumer Appointments (DO NOT CHANGE)' calendar, and sends an email notification to the
consumer
:param post_data: (type: dictionary) dictionary with Patient Assist appointment info
:param post_errors: (type: list) list of error messages
:return:
"""
scheduled_appointment = {}
rqst_nav_id = clean_int_value_from_dict_object(post_data, "root", "Navigator ID", post_errors)
rqst_apt_datetime = clean_string_value_from_dict_object(post_data, "root", "Appointment Date and Time", post_errors)
if not isinstance(rqst_apt_datetime, str):
post_errors.append("{!s} is not a string, Preferred Times must be a string iso formatted date and time".format(str(rqst_apt_datetime)))
consumer_info = create_consumer_instance_from_apt_rqst(rqst_nav_id, post_data, post_errors)
try:
picstaff_object = Navigators.objects.get(id=rqst_nav_id)
credentials_object = CredentialsModel.objects.get(id=picstaff_object)
nav_info = picstaff_object.return_values_dict()
if credentials_object.credential.invalid:
credentials_object.delete()
post_errors.append('Google Credentials database entry is invalid for the navigator with id: {!s}'.format(str(rqst_nav_id)))
else:
scheduled_appointment = send_add_apt_rqst_to_google_and_email_consumer(credentials_object.credential, rqst_apt_datetime, consumer_info, nav_info, post_errors)
except Navigators.DoesNotExist:
post_errors.append('Navigator database entry does not exist for the id: {!s}'.format(str(rqst_nav_id)))
except CredentialsModel.DoesNotExist:
post_errors.append('Google Credentials database entry does not exist for the navigator with id: {!s}'.format(str(rqst_nav_id)))
return scheduled_appointment, consumer_info
def validate_put_rqst_params(rqst_body, rqst_errors):
validated_params = {
'rqst_action': clean_string_value_from_dict_object(rqst_body, "root", "db_action", rqst_errors)
}
rqst_action = validated_params['rqst_action']
if rqst_action == 'create':
validate_create_row_params(rqst_body, validated_params, rqst_errors)
elif rqst_action == 'update':
validated_params['rqst_id'] = clean_int_value_from_dict_object(rqst_body, "root", "id", rqst_errors)
validate_update_row_params(rqst_body, validated_params, rqst_errors)
elif rqst_action == 'delete':
validated_params['rqst_id'] = clean_int_value_from_dict_object(rqst_body, "root", "id", rqst_errors)
return validated_params
def validate_rqst_params_and_delete_instance(post_data, post_errors):
"""
This function takes dictionary populated with PIC consumer info, parses for errors, and deletes the consumer
instance if there are none.
:param response_raw_data: (type: dictionary) dictionary that contains response data
:param post_data: (type: dictionary) dictionary with PIC consumer info
:param post_errors: (type: list) list of error messages
:return: (type: dictionary) dictionary that contains response data
"""
rqst_consumer_id = clean_int_value_from_dict_object(
post_data, "root", "Consumer Database ID", post_errors)
rqst_create_backup = clean_bool_value_from_dict_object(post_data,
"root",
"create_backup",
post_errors,
no_key_allowed=True)
backup_consumer_obj = None
if not post_errors:
backup_consumer_obj = delete_row_w_validated_params(
rqst_consumer_id, rqst_create_backup, post_errors)
return backup_consumer_obj
def validate_create_row_params(rqst_body, validated_params, rqst_errors):
validated_params['step_name'] = clean_string_value_from_dict_object(
rqst_body, "root", "step_name", rqst_errors)
validated_params['step_class_name'] = clean_string_value_from_dict_object(
rqst_body, "root", "step_class_name", rqst_errors)
if 'step_table_name' in rqst_body:
validated_params[
'step_table_name'] = clean_string_value_from_dict_object(
rqst_body,
"root",
"step_tables_name",
rqst_errors,
empty_string_allowed=True,
none_allowed=True)
validated_params['step_number'] = clean_int_value_from_dict_object(
rqst_body, "root", "step_number", rqst_errors)
if validated_params['step_number'] and validated_params['step_number'] < 0:
rqst_errors.append(
"Value for 'step_number' must be greater than 0. Given value is: {}"
.format(validated_params['step_number']))
if 'rest_url' in rqst_body:
validated_params['rest_url'] = clean_string_value_from_dict_object(
rqst_body,
"root",
"rest_url",
rqst_errors,
empty_string_allowed=True,
none_allowed=True)
def validate_update_job_row_params(job_row_dict, job_row_index, rqst_errors):
validated_job_row_dict = {
'id': clean_int_value_from_dict_object(
job_row_dict,
"update_job_row[{}]".format(job_row_index),
"id",
rqst_errors
)
}
if 'title' in job_row_dict:
validated_job_row_dict['title'] = clean_string_value_from_dict_object(
job_row_dict,
"update_job_row[{}]".format(job_row_index),
"title",
rqst_errors,
)
if 'company' in job_row_dict:
validated_job_row_dict['company'] = clean_string_value_from_dict_object(
job_row_dict,
"update_job_row[{}]".format(job_row_index),
"company",
rqst_errors,
)
if 'description' in job_row_dict:
validated_job_row_dict['description'] = clean_string_value_from_dict_object(
job_row_dict,
"update_job_row[{}]".format(job_row_index),
"description",
rqst_errors,
none_allowed=True
)
if "start_year_datetime" in job_row_dict:
start_year_datetime = clean_string_value_from_dict_object(job_row_dict, "root", "start_year_datetime", rqst_errors, none_allowed=True)
validated_start_year_datetime = None
if start_year_datetime:
try:
validated_start_year_datetime = datetime.datetime.strptime(start_year_datetime, "%Y").replace(tzinfo=pytz.UTC)
except ValueError:
rqst_errors.append(
'start_year_datetime must be a properly formatted datetime string in UTC, eg. YYYY. Value is : {}'.format(
start_year_datetime)
)
validated_job_row_dict['start_year_datetime'] = validated_start_year_datetime
if "end_year_datetime" in job_row_dict:
end_year_datetime = clean_string_value_from_dict_object(job_row_dict, "root", "end_year_datetime", rqst_errors, none_allowed=True)
validated_end_year_datetime = None
if end_year_datetime:
try:
validated_end_year_datetime = datetime.datetime.strptime(end_year_datetime, "%Y").replace(tzinfo=pytz.UTC)
except ValueError:
rqst_errors.append(
'end_year_datetime must be a properly formatted datetime string in UTC, eg. YYYY. Value is : {}'.format(
end_year_datetime)
)
validated_job_row_dict['end_year_datetime'] = validated_end_year_datetime
return validated_job_row_dict
def validate_delete_education_row_params(education_row_dict, education_row_index, rqst_errors):
validated_education_row_dict = {
'id': clean_int_value_from_dict_object(
education_row_dict,
"delete_education_row[{}]".format(education_row_index),
"id",
rqst_errors
)
}
return validated_education_row_dict
def validate_delete_resume_row_params(resume_row_params, rqst_errors):
validated_resume_row_params = {
'id': clean_int_value_from_dict_object(
resume_row_params,
"delete_resume_row",
"id",
rqst_errors
)
}
return validated_resume_row_params
def validate_update_row_params(rqst_body, validated_params, rqst_errors):
if 'consumer_id' in rqst_body:
validated_params['consumer_id'] = clean_int_value_from_dict_object(
rqst_body, "root", "consumer_id", rqst_errors)
if 'navigator_id' in rqst_body:
validated_params['navigator_id'] = clean_int_value_from_dict_object(
rqst_body, "root", "navigator_id", rqst_errors)
if 'notes' in rqst_body:
validated_params['notes'] = clean_string_value_from_dict_object(
rqst_body,
"root",
"notes",
rqst_errors,
empty_string_allowed=True,
none_allowed=True)
if 'status' in rqst_body:
validated_params['status'] = clean_string_value_from_dict_object(
rqst_body,
"root",
"status",
rqst_errors,
empty_string_allowed=True,
none_allowed=True)
if not validated_params['status']:
validated_params['status'] = "not available"
if 'severity' in rqst_body:
validated_params['severity'] = clean_string_value_from_dict_object(
rqst_body,
"root",
"severity",
rqst_errors,
empty_string_allowed=True,
none_allowed=True)
if not validated_params['severity']:
validated_params['severity'] = "not available"
def validate_update_row_params(rqst_body, validated_params, rqst_errors):
if "name" in rqst_body:
rqst_provider_location_name = clean_string_value_from_dict_object(
rqst_body, "root", "name", rqst_errors)
validated_params["name"] = rqst_provider_location_name
if 'state_province' in rqst_body:
state_province = clean_string_value_from_dict_object(
rqst_body,
"root",
"state_province",
rqst_errors,
none_allowed=True,
empty_string_allowed=True)
if not state_province:
state_province = 'not available'
validated_params["state_province"] = state_province
if "provider_network_id" in rqst_body:
rqst_provider_network_id = clean_int_value_from_dict_object(
rqst_body,
"root",
"provider_network_id",
rqst_errors,
none_allowed=True)
validated_params["provider_network_id"] = rqst_provider_network_id
if "add_accepted_plans" in rqst_body:
rqst_add_accepted_plans_ids = clean_list_value_from_dict_object(
rqst_body,
"root",
"add_accepted_plans",
rqst_errors,
)
if rqst_add_accepted_plans_ids:
add_accepted_plan_objects = validate_accepted_plans_params(
rqst_add_accepted_plans_ids, rqst_errors)
validated_params[
"add_accepted_plans_objects"] = add_accepted_plan_objects
elif "remove_accepted_plans" in rqst_body:
rqst_remove_accepted_plans_ids = clean_list_value_from_dict_object(
rqst_body,
"root",
"remove_accepted_plans",
rqst_errors,
)
if rqst_remove_accepted_plans_ids:
remove_accepted_plan_objects = validate_accepted_plans_params(
rqst_remove_accepted_plans_ids, rqst_errors)
validated_params[
"remove_accepted_plans_objects"] = remove_accepted_plan_objects
def validate_put_rqst_params(rqst_body, rqst_errors):
validated_params = {
'db_action':
clean_string_value_from_dict_object(rqst_body, "root", "db_action",
rqst_errors)
}
if validated_params['db_action'] == 'create':
validate_params_for_create_row(rqst_body, validated_params,
rqst_errors)
elif validated_params['db_action'] == 'update':
validated_params['id'] = clean_int_value_from_dict_object(
rqst_body, "root", "id", rqst_errors)
validate_params_for_update_row(rqst_body, validated_params,
rqst_errors)
elif validated_params['db_action'] == 'delete':
validated_params['id'] = clean_int_value_from_dict_object(
rqst_body, "root", "id", rqst_errors)
else:
rqst_errors.append("No valid 'db_action' provided.")
return validated_params
def delete_nav_apt_from_google_calendar(post_data, post_errors):
"""
This function takes a dictionary populated with data about a consumer appointment with a navigator and deletes it
from the navigator's 'Navigator-Consumer Appointments (DO NOT CHANGE)' calendar.
:param post_data: (type: dictionary) dictionary with Patient Assist appointment info
:param post_errors: (type: list) list of error messages
:return:
"""
google_apt_deleted = False
rqst_nav_id = clean_int_value_from_dict_object(post_data, "root", "Navigator ID", post_errors)
rqst_apt_datetime = clean_string_value_from_dict_object(post_data, "root", "Appointment Date and Time", post_errors)
if not isinstance(rqst_apt_datetime, str):
post_errors.append("{!s} is not a string, Preferred Times must be a string iso formatted date and time".format(str(rqst_apt_datetime)))
try:
picstaff_object = Navigators.objects.get(id=rqst_nav_id)
credentials_object = CredentialsModel.objects.get(id=picstaff_object)
nav_info = picstaff_object.return_values_dict()
if credentials_object.credential.invalid:
credentials_object.delete()
post_errors.append('Google Credentials database entry is invalid for the navigator with id: {!s}'.format(str(rqst_nav_id)))
else:
service = build_authorized_cal_http_service_object(credentials_object.credential)
navigator_calendar_found, navigator_calendar_id = check_cal_objects_for_nav_cal(service, post_errors)
if not navigator_calendar_found:
post_errors.append("Navigator calendar not found for this navigator, creating it...")
navigator_calendar_id = add_nav_cal_to_google_cals(service, post_errors)
google_apt_id = check_google_cal_for_apt(credentials_object, rqst_apt_datetime, post_errors, navigator_calendar_id)
if google_apt_id:
google_apt_deleted = send_delete_apt_rqst_to_google(credentials_object, google_apt_id, navigator_calendar_id, post_errors)
else:
post_errors.append('Appointment with consumer at {!s}, was not found in Navigator\'s Google Calendar'.format(rqst_apt_datetime))
except Navigators.DoesNotExist:
post_errors.append('Navigator database entry does not exist for the id: {!s}'.format(str(rqst_nav_id)))
except CredentialsModel.DoesNotExist:
post_errors.append('Google Credentials database entry does not exist for the navigator with id: {!s}'.format(str(rqst_nav_id)))
return google_apt_deleted
def validate_update_row_params(rqst_body, validated_params, rqst_errors):
if "family_size" in rqst_body:
family_size = clean_int_value_from_dict_object(rqst_body, "root",
"family_size",
rqst_errors)
if family_size:
if family_size < 0:
rqst_errors.append("family_size must be greater than 0")
validated_params["family_size"] = family_size
if "medicaid_income_limit" in rqst_body:
medicaid_income_limit = clean_float_value_from_dict_object(
rqst_body, "root", "medicaid_income_limit", rqst_errors)
if medicaid_income_limit:
if medicaid_income_limit < 0:
rqst_errors.append(
"medicaid_income_limit must be greater than 0")
validated_params["medicaid_income_limit"] = medicaid_income_limit
if "tax_cred_for_marketplace_income_limit" in rqst_body:
tax_cred_for_marketplace_income_limit = clean_float_value_from_dict_object(
rqst_body, "root", "tax_cred_for_marketplace_income_limit",
rqst_errors)
if tax_cred_for_marketplace_income_limit:
if tax_cred_for_marketplace_income_limit < 0:
rqst_errors.append(
"tax_cred_for_marketplace_income_limit must be greater than 0"
)
validated_params[
"tax_cred_for_marketplace_income_limit"] = tax_cred_for_marketplace_income_limit
if "marketplace_without_subsidies_income_level" in rqst_body:
marketplace_without_subsidies_income_level = clean_float_value_from_dict_object(
rqst_body, "root", "marketplace_without_subsidies_income_level",
rqst_errors)
if marketplace_without_subsidies_income_level:
if marketplace_without_subsidies_income_level < 0:
rqst_errors.append(
"marketplace_without_subsidies_income_level must be greater than 0"
)
validated_params[
"marketplace_without_subsidies_income_level"] = marketplace_without_subsidies_income_level
def validate_create_row_params(rqst_body, validated_params, rqst_errors):
rqst_provider_location_name = clean_string_value_from_dict_object(
rqst_body, "root", "name", rqst_errors)
validated_params["name"] = rqst_provider_location_name
state_province = clean_string_value_from_dict_object(
rqst_body,
"root",
"state_province",
rqst_errors,
none_allowed=True,
empty_string_allowed=True)
if not state_province:
state_province = 'not available'
validated_params["state_province"] = state_province
rqst_provider_network_id = clean_int_value_from_dict_object(
rqst_body,
"root",
"provider_network_id",
rqst_errors,
none_allowed=True)
validated_params["provider_network_id"] = rqst_provider_network_id
rqst_add_accepted_plans_ids = clean_list_value_from_dict_object(
rqst_body,
"root",
"add_accepted_plans",
rqst_errors,
empty_list_allowed=True)
add_accepted_plan_objects = []
if rqst_add_accepted_plans_ids:
add_accepted_plan_objects = validate_accepted_plans_params(
rqst_add_accepted_plans_ids, rqst_errors)
validated_params["add_accepted_plans_objects"] = add_accepted_plan_objects
def validate_create_row_params(rqst_body, validated_params, rqst_errors):
"""
This function parses the BODY of requests for PIC consumer management PUT requests, checks for errors, and returns
relevant information as a dictionary
:param rqst_body: (type: dictionary) Carrier information to be parsed
:param rqst_errors: (type: list) list of error messages
:return: (type: dictionary) dictionary with relevant consumer information
"""
# Summary report fields
validated_params["medical_deductible_individual_standard"] = clean_float_value_from_dict_object(
rqst_body,
"root",
"medical_deductible_individual_standard",
rqst_errors,
none_allowed=True,
no_key_allowed=True
)
validated_params["medical_out_of_pocket_max_individual_standard"] = clean_float_value_from_dict_object(
rqst_body,
"root",
"medical_out_of_pocket_max_individual_standard",
rqst_errors,
none_allowed=True,
no_key_allowed=True
)
rqst_primary_care_physician_standard_cost = create_healthcare_service_cost_instances_from_string(
clean_string_value_from_dict_object(
rqst_body,
"root",
"primary_care_physician_standard_cost",
rqst_errors,
none_allowed=True,
no_key_allowed=True
),
"primary_care_physician_individual_standard_cost",
rqst_errors
)
validated_params["primary_care_physician_standard_cost"] = rqst_primary_care_physician_standard_cost
# Detailed report fields
validated_params["rqst_plan_name"] = clean_string_value_from_dict_object(rqst_body, "root", "name", rqst_errors)
validated_params["rqst_carrier_id"] = clean_int_value_from_dict_object(
rqst_body,
"root",
"Carrier Database ID",
rqst_errors
)
validated_params["rqst_plan_premium_type"] = clean_string_value_from_dict_object(
rqst_body,
"root",
"premium_type",
rqst_errors,
none_allowed=True,
no_key_allowed=True
)
validated_params["rqst_plan_metal_level"] = clean_string_value_from_dict_object(
rqst_body,
"root",
"metal_level",
rqst_errors,
none_allowed=True,
no_key_allowed=True
)
validated_params["county"] = clean_string_value_from_dict_object(
rqst_body,
"root",
"county",
rqst_errors,
none_allowed=True,
no_key_allowed=True
)
rqst_specialist_standard_cost = create_healthcare_service_cost_instances_from_string(
clean_string_value_from_dict_object(
rqst_body,
"root",
"specialist_standard_cost",
rqst_errors,
none_allowed=True,
no_key_allowed=True
),
"specialist_standard_cost",
rqst_errors
)
validated_params["specialist_standard_cost"] = rqst_specialist_standard_cost
rqst_emergency_room_standard_cost = create_healthcare_service_cost_instances_from_string(
clean_string_value_from_dict_object(
rqst_body,
"root",
"emergency_room_standard_cost",
rqst_errors,
none_allowed=True,
no_key_allowed=True
),
"emergency_room_standard_cost",
rqst_errors
)
validated_params["emergency_room_standard_cost"] = rqst_emergency_room_standard_cost
rqst_inpatient_facility_standard_cost = create_healthcare_service_cost_instances_from_string(
clean_string_value_from_dict_object(
rqst_body,
"root",
"inpatient_facility_standard_cost",
rqst_errors,
none_allowed=True,
no_key_allowed=True
),
"inpatient_facility_standard_cost",
rqst_errors
)
validated_params["inpatient_facility_standard_cost"] = rqst_inpatient_facility_standard_cost
rqst_generic_drugs_standard_cost = create_healthcare_service_cost_instances_from_string(
clean_string_value_from_dict_object(
rqst_body,
"root",
"generic_drugs_standard_cost",
rqst_errors,
none_allowed=True,
no_key_allowed=True
),
"generic_drugs_standard_cost",
rqst_errors
)
validated_params["generic_drugs_standard_cost"] = rqst_generic_drugs_standard_cost
rqst_preferred_brand_drugs_standard_cost = create_healthcare_service_cost_instances_from_string(
clean_string_value_from_dict_object(
rqst_body,
"root",
"preferred_brand_drugs_standard_cost",
rqst_errors,
none_allowed=True,
no_key_allowed=True
),
"preferred_brand_drugs_standard_cost",
rqst_errors
)
validated_params["preferred_brand_drugs_standard_cost"] = rqst_preferred_brand_drugs_standard_cost
rqst_non_preferred_brand_drugs_standard_cost = create_healthcare_service_cost_instances_from_string(
clean_string_value_from_dict_object(
rqst_body,
"root",
"non_preferred_brand_drugs_standard_cost",
rqst_errors,
none_allowed=True,
no_key_allowed=True
),
"non_preferred_brand_drugs_standard_cost",
rqst_errors
)
validated_params["non_preferred_brand_drugs_standard_cost"] = rqst_non_preferred_brand_drugs_standard_cost
rqst_specialty_drugs_standard_cost = create_healthcare_service_cost_instances_from_string(
clean_string_value_from_dict_object(
rqst_body,
"root",
"specialty_drugs_standard_cost",
rqst_errors,
none_allowed=True,
no_key_allowed=True
),
"specialty_drugs_standard_cost",
rqst_errors
)
validated_params["specialty_drugs_standard_cost"] = rqst_specialty_drugs_standard_cost
# Extra benefit report fields
validated_params["medical_deductible_family_standard"] = clean_float_value_from_dict_object(
rqst_body,
"root",
"medical_deductible_family_standard",
rqst_errors,
none_allowed=True,
no_key_allowed=True
)
validated_params["medical_out_of_pocket_max_family_standard"] = clean_float_value_from_dict_object(
rqst_body,
"root",
"medical_out_of_pocket_max_family_standard",
rqst_errors,
none_allowed=True,
no_key_allowed=True
)
def validate_add_instance_rqst_params(post_data, post_errors):
rqst_consumer_email = clean_string_value_from_dict_object(
post_data, "root", "Email", post_errors, empty_string_allowed=True)
if rqst_consumer_email and not post_errors:
try:
validate_email(rqst_consumer_email)
except forms.ValidationError:
post_errors.append("{!s} must be a valid email address".format(
rqst_consumer_email))
rqst_consumer_f_name = clean_string_value_from_dict_object(
post_data, "root", "First Name", post_errors)
rqst_consumer_m_name = clean_string_value_from_dict_object(
post_data,
"root",
"Middle Name",
post_errors,
empty_string_allowed=True)
rqst_consumer_l_name = clean_string_value_from_dict_object(
post_data, "root", "Last Name", post_errors)
rqst_consumer_plan = clean_string_value_from_dict_object(
post_data, "root", "Plan", post_errors, empty_string_allowed=True)
rqst_consumer_met_nav_at = clean_string_value_from_dict_object(
post_data, "root", "Met Navigator At", post_errors)
rqst_consumer_household_size = clean_int_value_from_dict_object(
post_data, "root", "Household Size", post_errors)
rqst_consumer_phone = clean_string_value_from_dict_object(
post_data,
"root",
"Phone Number",
post_errors,
empty_string_allowed=True)
rqst_consumer_pref_lang = clean_string_value_from_dict_object(
post_data,
"root",
"Preferred Language",
post_errors,
empty_string_allowed=True)
rqst_navigator_notes = clean_list_value_from_dict_object(
post_data,
"root",
"Navigator Notes",
post_errors,
empty_list_allowed=True)
rqst_address_line_1 = clean_string_value_from_dict_object(
post_data,
"root",
"Address Line 1",
post_errors,
empty_string_allowed=True)
rqst_address_line_2 = clean_string_value_from_dict_object(
post_data,
"root",
"Address Line 2",
post_errors,
empty_string_allowed=True)
if rqst_address_line_2 is None:
rqst_address_line_2 = ''
rqst_city = clean_string_value_from_dict_object(post_data,
"root",
"City",
post_errors,
empty_string_allowed=True)
rqst_state = clean_string_value_from_dict_object(post_data,
"root",
"State",
post_errors,
empty_string_allowed=True)
rqst_zipcode = clean_string_value_from_dict_object(
post_data, "root", "Zipcode", post_errors, empty_string_allowed=True)
date_met_nav_dict = clean_dict_value_from_dict_object(post_data,
"root",
"date_met_nav",
post_errors,
none_allowed=True)
rqst_date_met_nav = None
if date_met_nav_dict is not None:
month = clean_int_value_from_dict_object(date_met_nav_dict,
"date_met_nav", "Month",
post_errors)
if month:
if month < 1 or month > 12:
post_errors.append("Month must be between 1 and 12 inclusive")
day = clean_int_value_from_dict_object(date_met_nav_dict,
"date_met_nav", "Day",
post_errors)
if day:
if day < 1 or day > 31:
post_errors.append("Day must be between 1 and 31 inclusive")
year = clean_int_value_from_dict_object(date_met_nav_dict,
"date_met_nav", "Year",
post_errors)
if year:
if year < 1 or year > 9999:
post_errors.append("Year must be between 1 and 9999 inclusive")
if not post_errors:
rqst_date_met_nav = datetime.date(year, month, day)
rqst_nav_id = clean_int_value_from_dict_object(post_data, "root",
"Navigator Database ID",
post_errors)
nav_instance = None
if rqst_nav_id and not post_errors:
try:
nav_instance = Navigators.objects.get(id=rqst_nav_id)
except Navigators.DoesNotExist:
post_errors.append(
'Staff database entry does not exist for the navigator id: {}'.
format(rqst_nav_id))
rqst_cps_consumer = clean_bool_value_from_dict_object(post_data,
"root",
"cps_consumer",
post_errors,
no_key_allowed=True)
rqst_cps_info_dict = clean_dict_value_from_dict_object(post_data,
"root",
"cps_info",
post_errors,
no_key_allowed=True,
none_allowed=True)
if rqst_cps_consumer and not rqst_cps_info_dict:
post_errors.append(
"cps_info key must be present and a non empty dictionary in order to set cps_consumer to True."
)
validated_cps_info_dict = None
if rqst_cps_info_dict:
if rqst_cps_consumer:
validated_cps_info_dict = validate_cps_info_params_for_add_instance_rqst(
rqst_cps_info_dict, rqst_consumer_met_nav_at,
rqst_consumer_household_size, nav_instance, post_errors)
else:
post_errors.append(
"cps_consumer key must be True in order to add consumer with cps_info."
)
rqst_create_backup = clean_bool_value_from_dict_object(post_data,
"root",
"create_backup",
post_errors,
no_key_allowed=True)
rqst_hospital_info_dict = clean_dict_value_from_dict_object(
post_data,
"root",
"consumer_hospital_info",
post_errors,
no_key_allowed=True,
none_allowed=True)
validated_hospital_info_dict = None
if rqst_hospital_info_dict:
validated_hospital_info_dict = validate_hospital_info_params(
rqst_hospital_info_dict, post_errors)
return {
"rqst_consumer_email": rqst_consumer_email,
"rqst_consumer_f_name": rqst_consumer_f_name,
"rqst_consumer_m_name": rqst_consumer_m_name,
"rqst_consumer_l_name": rqst_consumer_l_name,
"rqst_consumer_plan": rqst_consumer_plan,
"rqst_consumer_met_nav_at": rqst_consumer_met_nav_at,
"rqst_consumer_household_size": rqst_consumer_household_size,
"rqst_consumer_phone": rqst_consumer_phone,
"rqst_consumer_pref_lang": rqst_consumer_pref_lang,
"rqst_navigator_notes": rqst_navigator_notes,
"rqst_nav_id": rqst_nav_id,
"nav_instance": nav_instance,
"rqst_address_line_1": rqst_address_line_1,
"rqst_address_line_2": rqst_address_line_2,
"rqst_city": rqst_city,
"rqst_state": rqst_state,
"rqst_zipcode": rqst_zipcode,
"rqst_date_met_nav": rqst_date_met_nav,
"rqst_cps_consumer": rqst_cps_consumer,
"rqst_cps_info_dict": rqst_cps_info_dict,
"validated_cps_info_dict": validated_cps_info_dict,
"validated_hospital_info_dict": validated_hospital_info_dict,
"rqst_create_backup": rqst_create_backup
}
def validate_create_row_params(rqst_body, validated_params, rqst_errors):
validated_params['consumer_id'] = clean_int_value_from_dict_object(
rqst_body,
"root",
"consumer_id",
rqst_errors
)
validated_params['navigator_id'] = clean_int_value_from_dict_object(
rqst_body,
"root",
"navigator_id",
rqst_errors
)
validated_params['cm_client_id'] = clean_int_value_from_dict_object(
rqst_body,
"root",
"cm_client_id",
rqst_errors,
none_allowed=True
)
validated_params['cm_sequence_id'] = clean_int_value_from_dict_object(
rqst_body,
"root",
"cm_sequence_id",
rqst_errors,
none_allowed=True
)
if 'notes' in rqst_body:
validated_params['notes'] = clean_string_value_from_dict_object(
rqst_body,
"root",
"notes",
rqst_errors,
empty_string_allowed=True,
none_allowed=True
)
if 'tracking_no' in rqst_body:
validated_params['tracking_no'] = clean_string_value_from_dict_object(
rqst_body,
"root",
"tracking_no",
rqst_errors,
empty_string_allowed=True,
none_allowed=True
)
if 'user_name' in rqst_body:
validated_params['user_name'] = clean_string_value_from_dict_object(
rqst_body,
"root",
"user_name",
rqst_errors,
empty_string_allowed=True,
none_allowed=True
)
if "datetime_completed" in rqst_body:
datetime_completed = clean_string_value_from_dict_object(
rqst_body,
"root",
"datetime_completed",
rqst_errors,
none_allowed=True
)
validated_datetime_completed = None
if datetime_completed:
try:
validated_datetime_completed = datetime.datetime.strptime(datetime_completed, "%Y-%m-%dT%H:%M:%S").replace(tzinfo=pytz.UTC)
except ValueError:
rqst_errors.append(
'datetime_completed must be a properly formatted datetime string in UTC, eg. YYYY-MM-DDTHH:MM:SS. Value is : {}'.format(
datetime_completed)
)
validated_params['datetime_completed'] = validated_datetime_completed
if 'primary_care_physician' in rqst_body:
validated_params['primary_care_physician'] = clean_string_value_from_dict_object(
rqst_body,
"root",
"primary_care_physician",
rqst_errors,
empty_string_allowed=True,
none_allowed=True
)
if "appointment_datetime" in rqst_body:
appointment_datetime = clean_string_value_from_dict_object(
rqst_body,
"root",
"appointment_datetime",
rqst_errors,
none_allowed=True
)
validated_appointment_datetime = None
if appointment_datetime:
try:
validated_appointment_datetime = datetime.datetime.strptime(appointment_datetime, "%Y-%m-%dT%H:%M:%S").replace(tzinfo=pytz.UTC)
except ValueError:
rqst_errors.append(
'appointment_datetime must be a properly formatted datetime string in UTC, eg. YYYY-MM-DDTHH:MM:SS. Value is : {}'.format(
appointment_datetime
)
)
validated_params['appointment_datetime'] = validated_appointment_datetime
if 'policy_number' in rqst_body:
validated_params['policy_number'] = clean_string_value_from_dict_object(
rqst_body,
"root",
"policy_number",
rqst_errors,
empty_string_allowed=True,
none_allowed=True
)
if 'resource_case_number' in rqst_body:
validated_params['resource_case_number'] = clean_string_value_from_dict_object(
rqst_body,
"root",
"resource_case_number",
rqst_errors,
empty_string_allowed=True,
none_allowed=True
)
if 'expedite_benefits_organization_contact_name' in rqst_body:
validated_params['expedite_benefits_organization_contact_name'] = clean_string_value_from_dict_object(
rqst_body,
"root",
"expedite_benefits_organization_contact_name",
rqst_errors,
empty_string_allowed=True,
none_allowed=True
)
if 'expedite_benefits_organization_contact_phone' in rqst_body:
validated_params['expedite_benefits_organization_contact_phone'] = clean_string_value_from_dict_object(
rqst_body,
"root",
"expedite_benefits_organization_contact_phone",
rqst_errors,
empty_string_allowed=True,
none_allowed=True
)
if 'customer_service_success' in rqst_body:
validated_params['customer_service_success'] = clean_string_value_from_dict_object(
rqst_body,
"root",
"customer_service_success",
rqst_errors,
empty_string_allowed=True,
none_allowed=True
)
if 'case_status' in rqst_body:
validated_params['case_status'] = clean_string_value_from_dict_object(
rqst_body,
"root",
"case_status",
rqst_errors,
empty_string_allowed=True,
none_allowed=True
)
if not rqst_errors and not validated_params['case_status']:
validated_params['case_status'] = 'Not Available'
def validate_modify_instance_rqst_params(rqst_params, rqst_errors):
validated_params = {}
consumer_instance = None
rqst_consumer_id = clean_int_value_from_dict_object(
rqst_params, "root", "Consumer Database ID", rqst_errors)
validated_params['rqst_consumer_id'] = rqst_consumer_id
if not rqst_errors:
try:
consumer_instance = PICConsumer.objects.get(id=rqst_consumer_id)
except PICConsumer.DoesNotExist:
rqst_errors.append(
'Consumer database entry does not exist for the id: {}'.format(
rqst_consumer_id))
validated_params['consumer_instance'] = consumer_instance
if "Email" in rqst_params:
rqst_consumer_email = clean_string_value_from_dict_object(
rqst_params,
"root",
"Email",
rqst_errors,
empty_string_allowed=True)
if rqst_consumer_email:
try:
validate_email(rqst_consumer_email)
except forms.ValidationError:
rqst_errors.append("{!s} must be a valid email address".format(
rqst_consumer_email))
validated_params["rqst_consumer_email"] = rqst_consumer_email
if "First Name" in rqst_params:
rqst_consumer_f_name = clean_string_value_from_dict_object(
rqst_params, "root", "First Name", rqst_errors)
validated_params["rqst_consumer_f_name"] = rqst_consumer_f_name
if "Middle Name" in rqst_params:
rqst_consumer_m_name = clean_string_value_from_dict_object(
rqst_params,
"root",
"Middle Name",
rqst_errors,
empty_string_allowed=True)
validated_params["rqst_consumer_m_name"] = rqst_consumer_m_name
if "Last Name" in rqst_params:
rqst_consumer_l_name = clean_string_value_from_dict_object(
rqst_params, "root", "Last Name", rqst_errors)
validated_params["rqst_consumer_l_name"] = rqst_consumer_l_name
if "Plan" in rqst_params:
rqst_consumer_plan = clean_string_value_from_dict_object(
rqst_params,
"root",
"Plan",
rqst_errors,
empty_string_allowed=True)
validated_params["rqst_consumer_plan"] = rqst_consumer_plan
rqst_consumer_met_nav_at = None
if "Met Navigator At" in rqst_params:
rqst_consumer_met_nav_at = clean_string_value_from_dict_object(
rqst_params, "root", "Met Navigator At", rqst_errors)
validated_params["rqst_consumer_met_nav_at"] = rqst_consumer_met_nav_at
rqst_consumer_household_size = None
if "Household Size" in rqst_params:
rqst_consumer_household_size = clean_int_value_from_dict_object(
rqst_params, "root", "Household Size", rqst_errors)
validated_params[
"rqst_consumer_household_size"] = rqst_consumer_household_size
if "Phone Number" in rqst_params:
rqst_consumer_phone = clean_string_value_from_dict_object(
rqst_params,
"root",
"Phone Number",
rqst_errors,
empty_string_allowed=True)
validated_params["rqst_consumer_phone"] = rqst_consumer_phone
if "Preferred Language" in rqst_params:
rqst_consumer_pref_lang = clean_string_value_from_dict_object(
rqst_params,
"root",
"Preferred Language",
rqst_errors,
empty_string_allowed=True)
validated_params["rqst_consumer_pref_lang"] = rqst_consumer_pref_lang
if "Navigator Notes" in rqst_params:
rqst_navigator_notes = clean_list_value_from_dict_object(
rqst_params,
"root",
"Navigator Notes",
rqst_errors,
empty_list_allowed=True)
validated_params["rqst_navigator_notes"] = rqst_navigator_notes
if "Address Line 1" in rqst_params:
rqst_address_line_1 = clean_string_value_from_dict_object(
rqst_params,
"root",
"Address Line 1",
rqst_errors,
empty_string_allowed=True)
validated_params["rqst_address_line_1"] = rqst_address_line_1
if "Address Line 2" in rqst_params:
rqst_address_line_2 = clean_string_value_from_dict_object(
rqst_params,
"root",
"Address Line 2",
rqst_errors,
empty_string_allowed=True)
if rqst_address_line_2 is None:
rqst_address_line_2 = ''
validated_params["rqst_address_line_2"] = rqst_address_line_2
if "City" in rqst_params:
rqst_city = clean_string_value_from_dict_object(
rqst_params,
"root",
"City",
rqst_errors,
empty_string_allowed=True)
validated_params["rqst_city"] = rqst_city
if "State" in rqst_params:
rqst_state = clean_string_value_from_dict_object(
rqst_params,
"root",
"State",
rqst_errors,
empty_string_allowed=True)
validated_params["rqst_state"] = rqst_state
if "Zipcode" in rqst_params:
rqst_zipcode = clean_string_value_from_dict_object(
rqst_params,
"root",
"Zipcode",
rqst_errors,
empty_string_allowed=True)
validated_params["rqst_zipcode"] = rqst_zipcode
nav_instance = None
if "Navigator Database ID" in rqst_params:
rqst_nav_id = clean_int_value_from_dict_object(
rqst_params, "root", "Navigator Database ID", rqst_errors)
if rqst_nav_id and not rqst_errors:
try:
nav_instance = Navigators.objects.get(id=rqst_nav_id)
except Navigators.DoesNotExist:
rqst_errors.append(
'Staff database entry does not exist for the navigator id: {}'
.format(rqst_nav_id))
validated_params["rqst_nav_id"] = rqst_nav_id
validated_params["nav_instance"] = nav_instance
rqst_date_met_nav = None
if "date_met_nav" in rqst_params:
date_met_nav_dict = clean_dict_value_from_dict_object(
rqst_params,
"root",
"date_met_nav",
rqst_errors,
none_allowed=True)
if date_met_nav_dict is not None:
month = clean_int_value_from_dict_object(date_met_nav_dict,
"date_met_nav", "Month",
rqst_errors)
if month:
if month < 1 or month > 12:
rqst_errors.append(
"Month must be between 1 and 12 inclusive")
day = clean_int_value_from_dict_object(date_met_nav_dict,
"date_met_nav", "Day",
rqst_errors)
if day:
if day < 1 or day > 31:
rqst_errors.append(
"Day must be between 1 and 31 inclusive")
year = clean_int_value_from_dict_object(date_met_nav_dict,
"date_met_nav", "Year",
rqst_errors)
if year:
if year < 1 or year > 9999:
rqst_errors.append(
"Year must be between 1 and 9999 inclusive")
if not rqst_errors:
rqst_date_met_nav = datetime.date(year, month, day)
validated_params["rqst_date_met_nav"] = rqst_date_met_nav
if "cps_consumer" in rqst_params:
rqst_cps_consumer = clean_bool_value_from_dict_object(
rqst_params,
"root",
"cps_consumer",
rqst_errors,
no_key_allowed=True)
validated_params["rqst_cps_consumer"] = rqst_cps_consumer
if "cps_info" in rqst_params:
rqst_cps_info_dict = clean_dict_value_from_dict_object(
rqst_params, "root", "cps_info", rqst_errors, none_allowed=True)
validated_cps_info_dict = None
if consumer_instance and rqst_cps_info_dict:
validated_cps_info_dict = validate_cps_info_params_for_modify_instance_rqst(
rqst_cps_info_dict, consumer_instance,
rqst_consumer_met_nav_at, rqst_consumer_household_size,
nav_instance, rqst_errors)
validated_params["rqst_cps_info_dict"] = rqst_cps_info_dict
validated_params["validated_cps_info_dict"] = validated_cps_info_dict
if "create_backup" in rqst_params:
validated_params[
'rqst_create_backup'] = clean_bool_value_from_dict_object(
rqst_params,
"root",
"create_backup",
rqst_errors,
no_key_allowed=True)
if len(validated_params) < 3:
rqst_errors.append("No parameters to modify are given.")
return validated_params
def validate_create_or_update_row_params(rqst_body, validated_params,
rqst_errors):
consumer_metrics = clean_dict_value_from_dict_object(
rqst_body, "root", "Consumer Metrics", rqst_errors)
if not consumer_metrics:
consumer_metrics = {}
rqst_no_cps_consumers = clean_int_value_from_dict_object(
consumer_metrics,
"Consumer Metrics",
"no_cps_consumers",
rqst_errors,
no_key_allowed=True)
if rqst_no_cps_consumers is None:
rqst_no_cps_consumers = 0
rqst_metrics_location = clean_string_value_from_dict_object(
consumer_metrics, "Consumer Metrics", "Location", rqst_errors)
location_instance = None
try:
location_instance = NavMetricsLocation.objects.get(
name=rqst_metrics_location)
except NavMetricsLocation.DoesNotExist:
rqst_errors.append(
"Location instance does not exist for given location name: {!s}.".
format(rqst_metrics_location))
except NavMetricsLocation.MultipleObjectsReturned:
rqst_errors.append(
"Multiple location instances exist for given location name: {!s}".
format(rqst_metrics_location))
metrics_date_dict = clean_dict_value_from_dict_object(
consumer_metrics, "Consumer Metrics", "Metrics Date", rqst_errors)
metrics_date = None
if metrics_date_dict is not None:
month = clean_int_value_from_dict_object(metrics_date_dict,
"Metrics Date", "Month",
rqst_errors)
if month:
if month < 1 or month > 12:
rqst_errors.append("Month must be between 1 and 12 inclusive")
day = clean_int_value_from_dict_object(metrics_date_dict,
"Metrics Date", "Day",
rqst_errors)
if day:
if day < 1 or day > 31:
rqst_errors.append("Day must be between 1 and 31 inclusive")
year = clean_int_value_from_dict_object(metrics_date_dict,
"Metrics Date", "Year",
rqst_errors)
if year:
if year < 1 or year > 9999:
rqst_errors.append("Year must be between 1 and 9999 inclusive")
if not rqst_errors:
metrics_date = datetime.date(year, month, day)
rqst_plan_stats = clean_list_value_from_dict_object(
consumer_metrics,
"Consumer Metrics",
"Plan Stats",
rqst_errors,
empty_list_allowed=True)
unsaved_plan_stat_objs = []
if rqst_plan_stats:
for rqst_plan_stat_dict in rqst_plan_stats:
planstatobject = PlanStat()
planstatobject.plan_name = clean_string_value_from_dict_object(
rqst_plan_stat_dict, "Plans Dict", "Issuer Name", rqst_errors)
planstatobject.premium_type = clean_string_value_from_dict_object(
rqst_plan_stat_dict, "Plans Dict", "Premium Type", rqst_errors)
planstatobject.metal_level = clean_string_value_from_dict_object(
rqst_plan_stat_dict, "Plans Dict", "Metal Level", rqst_errors)
planstatobject.enrollments = clean_int_value_from_dict_object(
rqst_plan_stat_dict, "Plans Dict", "Enrollments", rqst_errors)
plan_name_valid = planstatobject.check_plan_choices()
premium_type_valid = planstatobject.check_premium_choices()
metal_level_valid = planstatobject.check_metal_choices()
if not plan_name_valid:
rqst_errors.append(
"Plan: {!s} is not part of member plans".format(
planstatobject.plan_name))
if not premium_type_valid:
rqst_errors.append(
"Premium Type: {!s} is not a valid premium type".format(
planstatobject.premium_type))
if not metal_level_valid:
rqst_errors.append(
"Metal: {!s} is not a valid metal level".format(
planstatobject.metal_level))
if plan_name_valid and premium_type_valid and metal_level_valid:
unsaved_plan_stat_objs.append(planstatobject)
validated_params["rqst_usr_email"] = clean_string_value_from_dict_object(
rqst_body, "root", "Email", rqst_errors)
validated_params[
"rqst_no_general_assis"] = clean_int_value_from_dict_object(
consumer_metrics, "Consumer Metrics", "no_general_assis",
rqst_errors)
validated_params[
"rqst_no_plan_usage_assis"] = clean_int_value_from_dict_object(
consumer_metrics, "Consumer Metrics", "no_plan_usage_assis",
rqst_errors)
validated_params[
"rqst_no_locating_provider_assis"] = clean_int_value_from_dict_object(
consumer_metrics, "Consumer Metrics", "no_locating_provider_assis",
rqst_errors)
validated_params[
"rqst_no_billing_assis"] = clean_int_value_from_dict_object(
consumer_metrics, "Consumer Metrics", "no_billing_assis",
rqst_errors)
validated_params[
"rqst_no_enroll_apps_started"] = clean_int_value_from_dict_object(
consumer_metrics, "Consumer Metrics", "no_enroll_apps_started",
rqst_errors)
validated_params["rqst_no_enroll_qhp"] = clean_int_value_from_dict_object(
consumer_metrics, "Consumer Metrics", "no_enroll_qhp", rqst_errors)
validated_params[
"rqst_no_enroll_abe_chip"] = clean_int_value_from_dict_object(
consumer_metrics, "Consumer Metrics", "no_enroll_abe_chip",
rqst_errors)
validated_params["rqst_no_enroll_shop"] = clean_int_value_from_dict_object(
consumer_metrics, "Consumer Metrics", "no_enroll_shop", rqst_errors)
validated_params[
"rqst_no_referrals_agents_brokers"] = clean_int_value_from_dict_object(
consumer_metrics, "Consumer Metrics",
"no_referrals_agents_brokers", rqst_errors)
validated_params[
"rqst_no_referrals_ship_medicare"] = clean_int_value_from_dict_object(
consumer_metrics, "Consumer Metrics", "no_referrals_ship_medicare",
rqst_errors)
validated_params[
"rqst_no_referrals_other_assis_programs"] = clean_int_value_from_dict_object(
consumer_metrics, "Consumer Metrics",
"no_referrals_other_assis_programs", rqst_errors)
validated_params[
"rqst_no_referrals_issuers"] = clean_int_value_from_dict_object(
consumer_metrics, "Consumer Metrics", "no_referrals_issuers",
rqst_errors)
validated_params[
"rqst_no_referrals_doi"] = clean_int_value_from_dict_object(
consumer_metrics, "Consumer Metrics", "no_referrals_doi",
rqst_errors)
validated_params[
"rqst_no_mplace_tax_form_assis"] = clean_int_value_from_dict_object(
consumer_metrics, "Consumer Metrics", "no_mplace_tax_form_assis",
rqst_errors)
validated_params[
"rqst_no_mplace_exempt_assis"] = clean_int_value_from_dict_object(
consumer_metrics, "Consumer Metrics", "no_mplace_exempt_assis",
rqst_errors)
validated_params[
"rqst_no_qhp_abe_appeals"] = clean_int_value_from_dict_object(
consumer_metrics, "Consumer Metrics", "no_qhp_abe_appeals",
rqst_errors)
validated_params[
"rqst_no_data_matching_mplace_issues"] = clean_int_value_from_dict_object(
consumer_metrics, "Consumer Metrics",
"no_data_matching_mplace_issues", rqst_errors)
validated_params[
"rqst_no_sep_eligible"] = clean_int_value_from_dict_object(
consumer_metrics, "Consumer Metrics", "no_sep_eligible",
rqst_errors)
validated_params[
"rqst_no_employ_spons_cov_issues"] = clean_int_value_from_dict_object(
consumer_metrics, "Consumer Metrics", "no_employ_spons_cov_issues",
rqst_errors)
validated_params[
"rqst_no_aptc_csr_assis"] = clean_int_value_from_dict_object(
consumer_metrics, "Consumer Metrics", "no_aptc_csr_assis",
rqst_errors)
validated_params[
"rqst_cmplx_cases_mplace_issues"] = clean_string_value_from_dict_object(
consumer_metrics,
"Consumer Metrics",
"cmplx_cases_mplace_issues",
rqst_errors,
empty_string_allowed=True)
validated_params["rqst_no_cps_consumers"] = rqst_no_cps_consumers
validated_params[
"rqst_metrics_county"] = clean_string_value_from_dict_object(
consumer_metrics, "Consumer Metrics", "County", rqst_errors)
validated_params["location_instance_for_metrics"] = location_instance
validated_params["unsaved_plan_stat_objs"] = unsaved_plan_stat_objs
validated_params["metrics_date"] = metrics_date
def validate_cps_info_params_for_modify_instance_rqst(
rqst_cps_info_params, consumer_instance, rqst_consumer_met_nav_at,
rqst_consumer_household_size, rqst_nav_instance, rqst_errors):
validated_params = {}
if not rqst_consumer_met_nav_at:
rqst_consumer_met_nav_at = consumer_instance.met_nav_at
if not rqst_consumer_household_size:
rqst_consumer_household_size = consumer_instance.household_size
if not rqst_nav_instance:
rqst_nav_instance = consumer_instance.navigator
if "primary_dependent" in rqst_cps_info_params:
rqst_primary_dependent_dict = clean_dict_value_from_dict_object(
rqst_cps_info_params, "cps_info", "primary_dependent", rqst_errors)
primary_dependent_object = None
if not rqst_errors:
rqst_primary_dependent_database_id = clean_int_value_from_dict_object(
rqst_primary_dependent_dict,
"primary_dependent",
"Consumer Database ID",
rqst_errors,
no_key_allowed=True)
if not rqst_primary_dependent_database_id:
found_primary_dependent_PICConsumer_entries = check_consumer_db_entries_for_dependent_info(
rqst_primary_dependent_dict, rqst_errors)
rqst_force_create_consumer = clean_bool_value_from_dict_object(
rqst_primary_dependent_dict,
"root",
"force_create_consumer",
rqst_errors,
no_key_allowed=True)
if found_primary_dependent_PICConsumer_entries and not rqst_force_create_consumer:
rqst_errors.append(
"The following PICConsumer object id(s) were found for given primary_dependent: {}. If you want to create a new consumer anyway, set cps_info['primary_dependent']['force_create_consumer'] to True."
.format(
json.dumps(
found_primary_dependent_PICConsumer_entries)))
else:
try:
primary_dependent_object = PICConsumer(
first_name=rqst_primary_dependent_dict[
"first_name"],
last_name=rqst_primary_dependent_dict["last_name"],
met_nav_at=rqst_consumer_met_nav_at,
household_size=rqst_consumer_household_size,
navigator=rqst_nav_instance)
except IntegrityError:
rqst_errors.append(
"Error creating primary_dependent database entry for params: {!s}"
.format(json.dumps(rqst_primary_dependent_dict)))
else:
try:
primary_dependent_object = PICConsumer.objects.get(
id=rqst_primary_dependent_database_id)
except PICConsumer.DoesNotExist:
rqst_errors.append(
"PICConsumer object does not exist for primary_dependent Database ID: {!s}"
.format(str(rqst_primary_dependent_database_id)))
validated_params["primary_dependent_object"] = primary_dependent_object
if "secondary_dependents" in rqst_cps_info_params:
rqst_secondary_dependents = clean_list_value_from_dict_object(
rqst_cps_info_params,
"cps_info",
"secondary_dependents",
rqst_errors,
no_key_allowed=True,
empty_list_allowed=True)
validated_params[
"secondary_dependents_list"] = rqst_secondary_dependents
secondary_dependents_list = []
if rqst_secondary_dependents:
for dependent_index, rqst_secondary_dependent_dict in enumerate(
rqst_secondary_dependents):
secondary_dependent_object = None
if not rqst_errors:
rqst_secondary_dependent_database_id = clean_int_value_from_dict_object(
rqst_secondary_dependent_dict,
"secondary_dependent",
"Consumer Database ID",
rqst_errors,
no_key_allowed=True)
if not rqst_secondary_dependent_database_id:
found_secondary_dependent_PICConsumer_entries = check_consumer_db_entries_for_dependent_info(
rqst_secondary_dependent_dict, rqst_errors)
rqst_force_create_consumer = clean_bool_value_from_dict_object(
rqst_secondary_dependent_dict,
"root",
"force_create_consumer",
rqst_errors,
no_key_allowed=True)
if found_secondary_dependent_PICConsumer_entries and not rqst_force_create_consumer:
rqst_errors.append(
"The following PICConsumer object id(s) were found for the secondary_dependent at index {}: {}. If you want to create a new consumer anyway, set cps_info['secondary_dependents'][index]['force_create_consumer'] to True."
.format(
dependent_index,
json.dumps(
found_secondary_dependent_PICConsumer_entries
)))
else:
try:
secondary_dependent_object = PICConsumer(
first_name=rqst_secondary_dependent_dict[
"first_name"],
last_name=rqst_secondary_dependent_dict[
"last_name"],
met_nav_at=rqst_consumer_met_nav_at,
household_size=rqst_consumer_household_size,
navigator=rqst_nav_instance)
except IntegrityError:
rqst_errors.append(
"Error creating secondary_dependent database entry for params: {!s}"
.format(
json.dumps(
rqst_secondary_dependent_dict)))
else:
try:
secondary_dependent_object = PICConsumer.objects.get(
id=rqst_secondary_dependent_database_id)
except PICConsumer.DoesNotExist:
rqst_errors.append(
"PICConsumer object does not exist for secondary_dependent with index({!s}) and Database ID: {!s}"
.format(
str(dependent_index),
str(rqst_secondary_dependent_database_id)))
secondary_dependents_list.append(secondary_dependent_object)
validated_params[
"secondary_dependents_list"] = secondary_dependents_list
if "cps_location" in rqst_cps_info_params:
rqst_cps_location = clean_string_value_from_dict_object(
rqst_cps_info_params, "cps_info", "cps_location", rqst_errors)
validated_params["rqst_cps_location"] = rqst_cps_location
if "apt_date" in rqst_cps_info_params:
apt_date_dict = clean_dict_value_from_dict_object(
rqst_cps_info_params, "cps_info", "apt_date", rqst_errors)
rqst_apt_date = None
if apt_date_dict is not None:
month = clean_int_value_from_dict_object(apt_date_dict,
"date_met_nav", "Month",
rqst_errors)
if month:
if month < 1 or month > 12:
rqst_errors.append(
"Month must be between 1 and 12 inclusive")
day = clean_int_value_from_dict_object(apt_date_dict,
"date_met_nav", "Day",
rqst_errors)
if day:
if day < 1 or day > 31:
rqst_errors.append(
"Day must be between 1 and 31 inclusive")
year = clean_int_value_from_dict_object(apt_date_dict,
"date_met_nav", "Year",
rqst_errors)
if year:
if year < 1 or year > 9999:
rqst_errors.append(
"Year must be between 1 and 9999 inclusive")
if not rqst_errors:
rqst_apt_date = datetime.date(year, month, day)
validated_params["rqst_apt_date"] = rqst_apt_date
if "target_list" in rqst_cps_info_params:
rqst_target_list = clean_bool_value_from_dict_object(
rqst_cps_info_params, "cps_info", "target_list", rqst_errors)
validated_params["rqst_target_list"] = rqst_target_list
if "phone_apt" in rqst_cps_info_params:
rqst_phone_apt = clean_bool_value_from_dict_object(
rqst_cps_info_params, "cps_info", "phone_apt", rqst_errors)
validated_params["rqst_phone_apt"] = rqst_phone_apt
if "case_mgmt_type" in rqst_cps_info_params:
rqst_case_mgmt_type = clean_string_value_from_dict_object(
rqst_cps_info_params, "cps_info", "case_mgmt_type", rqst_errors)
validated_params["rqst_case_mgmt_type"] = rqst_case_mgmt_type
if "case_mgmt_status" in rqst_cps_info_params:
rqst_case_mgmt_status = clean_string_value_from_dict_object(
rqst_cps_info_params, "cps_info", "case_mgmt_status", rqst_errors)
validated_params["rqst_case_mgmt_status"] = rqst_case_mgmt_status
if "app_type" in rqst_cps_info_params:
rqst_app_type = clean_string_value_from_dict_object(
rqst_cps_info_params, "cps_info", "app_type", rqst_errors)
validated_params["rqst_app_type"] = rqst_app_type
if "app_status" in rqst_cps_info_params:
rqst_app_status = clean_string_value_from_dict_object(
rqst_cps_info_params, "cps_info", "app_status", rqst_errors)
validated_params["rqst_app_status"] = rqst_app_status
if "point_of_origin" in rqst_cps_info_params:
rqst_point_of_origin = clean_string_value_from_dict_object(
rqst_cps_info_params, "cps_info", "point_of_origin", rqst_errors)
validated_params["rqst_point_of_origin"] = rqst_point_of_origin
return validated_params
def validate_update_resume_row_params(resume_row_params, rqst_errors):
validated_resume_row_params = {
'id': clean_int_value_from_dict_object(
resume_row_params,
"update_resume_row",
"id",
rqst_errors
)
}
if 'profile_description' in resume_row_params:
validated_resume_row_params['profile_description'] = clean_string_value_from_dict_object(
resume_row_params,
"update_resume_row",
"profile_description",
rqst_errors,
empty_string_allowed=True,
none_allowed=True
)
if "create_education_rows" in resume_row_params:
education_row_params = clean_list_value_from_dict_object(
resume_row_params,
"update_resume_row",
"create_education_rows",
rqst_errors,
empty_list_allowed=True
)
validated_education_row_params = []
if education_row_params:
for education_row_index, education_row_dict in enumerate(education_row_params):
validated_education_row_dict = validate_create_education_row_params(
education_row_dict,
education_row_index,
rqst_errors
)
validated_education_row_params.append(validated_education_row_dict)
validated_resume_row_params['create_education_rows'] = validated_education_row_params
elif "update_education_rows" in resume_row_params:
education_row_params = clean_list_value_from_dict_object(
resume_row_params,
"update_resume_row",
"update_education_rows",
rqst_errors
)
validated_education_row_params = []
if education_row_params:
for education_row_index, education_row_dict in enumerate(education_row_params):
validated_education_row_dict = validate_update_education_row_params(
education_row_dict,
education_row_index,
rqst_errors
)
validated_education_row_params.append(validated_education_row_dict)
validated_resume_row_params['update_education_rows'] = validated_education_row_params
elif "delete_education_rows" in resume_row_params:
education_row_params = clean_list_value_from_dict_object(
resume_row_params,
"update_resume_row",
"delete_education_rows",
rqst_errors
)
validated_education_row_params = []
if education_row_params:
for education_row_index, education_row_dict in enumerate(education_row_params):
validated_education_row_dict = validate_delete_education_row_params(
education_row_dict,
education_row_index,
rqst_errors
)
validated_education_row_params.append(validated_education_row_dict)
validated_resume_row_params['delete_education_rows'] = validated_education_row_params
if "create_job_rows" in resume_row_params:
job_row_params = clean_list_value_from_dict_object(
resume_row_params,
"update_resume_row",
"create_job_rows",
rqst_errors,
empty_list_allowed=True
)
validated_job_row_params = []
if job_row_params:
for job_row_index, job_row_dict in enumerate(job_row_params):
validated_job_row_dict = validate_create_job_row_params(
job_row_dict,
job_row_index,
rqst_errors
)
validated_job_row_params.append(validated_job_row_dict)
validated_resume_row_params['create_job_rows'] = validated_job_row_params
elif "update_job_rows" in resume_row_params:
job_row_params = clean_list_value_from_dict_object(
resume_row_params,
"update_resume_row",
"update_job_rows",
rqst_errors
)
validated_job_row_params = []
if job_row_params:
for job_row_index, job_row_dict in enumerate(job_row_params):
validated_job_row_dict = validate_update_job_row_params(
job_row_dict,
job_row_index,
rqst_errors
)
validated_job_row_params.append(validated_job_row_dict)
validated_resume_row_params['update_job_rows'] = validated_job_row_params
elif "delete_job_rows" in resume_row_params:
job_row_params = clean_list_value_from_dict_object(
resume_row_params,
"update_resume_row",
"delete_job_rows",
rqst_errors
)
validated_job_row_params = []
if job_row_params:
for job_row_index, job_row_dict in enumerate(job_row_params):
validated_job_row_dict = validate_delete_job_row_params(
job_row_dict,
job_row_index,
rqst_errors
)
validated_job_row_params.append(validated_job_row_dict)
validated_resume_row_params['delete_job_rows'] = validated_job_row_params
return validated_resume_row_params
def validate_update_education_row_params(education_row_dict, education_row_index, rqst_errors):
validated_education_row_dict = {
'id': clean_int_value_from_dict_object(
education_row_dict,
"update_education_row[{}]".format(education_row_index),
"id",
rqst_errors
)
}
if 'school' in education_row_dict:
validated_education_row_dict['school'] = clean_string_value_from_dict_object(
education_row_dict,
"update_education_row[{}]".format(education_row_index),
"school",
rqst_errors,
)
if 'major' in education_row_dict:
validated_education_row_dict['major'] = clean_string_value_from_dict_object(
education_row_dict,
"update_education_row[{}]".format(education_row_index),
"major",
rqst_errors,
none_allowed=True
)
if 'degree_type' in education_row_dict:
validated_education_row_dict['degree_type'] = clean_string_value_from_dict_object(
education_row_dict,
"update_education_row[{}]".format(education_row_index),
"degree_type",
rqst_errors,
none_allowed=True
)
if not validated_education_row_dict['degree_type']:
validated_education_row_dict['degree_type'] = "Not Available"
if "start_year_datetime" in education_row_dict:
start_year_datetime = clean_string_value_from_dict_object(education_row_dict, "root", "start_year_datetime", rqst_errors, none_allowed=True)
validated_start_year_datetime = None
if start_year_datetime:
try:
validated_start_year_datetime = datetime.datetime.strptime(start_year_datetime, "%Y").replace(tzinfo=pytz.UTC)
except ValueError:
rqst_errors.append(
'start_year_datetime must be a properly formatted datetime string in UTC, eg. YYYY. Value is : {}'.format(
start_year_datetime)
)
validated_education_row_dict['start_year_datetime'] = validated_start_year_datetime
if "end_year_datetime" in education_row_dict:
end_year_datetime = clean_string_value_from_dict_object(education_row_dict, "root", "end_year_datetime", rqst_errors, none_allowed=True)
validated_end_year_datetime = None
if end_year_datetime:
try:
validated_end_year_datetime = datetime.datetime.strptime(end_year_datetime, "%Y").replace(tzinfo=pytz.UTC)
except ValueError:
rqst_errors.append(
'end_year_datetime must be a properly formatted datetime string in UTC, eg. YYYY. Value is : {}'.format(
end_year_datetime)
)
validated_education_row_dict['end_year_datetime'] = validated_end_year_datetime
return validated_education_row_dict
def validate_params_for_create_row(rqst_body, validated_params, rqst_errors):
validated_params['company_name'] = clean_string_value_from_dict_object(
rqst_body, "root", "company_name", rqst_errors)
if "address_line_1" in rqst_body:
address_line_1 = clean_string_value_from_dict_object(
rqst_body,
"root",
"address_line_1",
rqst_errors,
empty_string_allowed=True)
validated_params["address_line_1"] = address_line_1
if "address_line_2" in rqst_body:
address_line_2 = clean_string_value_from_dict_object(
rqst_body,
"root",
"address_line_2",
rqst_errors,
empty_string_allowed=True)
if address_line_2 is None:
address_line_2 = ''
validated_params["address_line_2"] = address_line_2
if "city" in rqst_body:
city = clean_string_value_from_dict_object(rqst_body,
"root",
"city",
rqst_errors,
empty_string_allowed=True)
validated_params["city"] = city
if "state_province" in rqst_body:
state_province = clean_string_value_from_dict_object(
rqst_body,
"root",
"state_province",
rqst_errors,
empty_string_allowed=True)
validated_params["state_province"] = state_province
if "zipcode" in rqst_body:
zipcode = clean_string_value_from_dict_object(
rqst_body,
"root",
"zipcode",
rqst_errors,
empty_string_allowed=True)
validated_params["zipcode"] = zipcode
estimated_monthly_caseload = clean_int_value_from_dict_object(
rqst_body, 'root', "estimated_monthly_caseload", rqst_errors)
if estimated_monthly_caseload:
validator = MinValueValidator(0)
try:
validator(estimated_monthly_caseload)
except ValidationError:
rqst_errors.append(
"estimated_monthly_caseload must be more than 0. Value is : {}"
.format(estimated_monthly_caseload))
validated_params["estimated_monthly_caseload"] = estimated_monthly_caseload
contact_first_name = clean_string_value_from_dict_object(
rqst_body, "root", "contact_first_name", rqst_errors)
validated_params["contact_first_name"] = contact_first_name
contact_last_name = clean_string_value_from_dict_object(
rqst_body, "root", "contact_last_name", rqst_errors)
validated_params["contact_last_name"] = contact_last_name
contact_email = clean_string_value_from_dict_object(
rqst_body, "root", "contact_email", rqst_errors)
if contact_email is not None:
try:
validate_email(contact_email)
except forms.ValidationError:
rqst_errors.append(
"contact_email must be a valid email address. Value is : {}".
format(contact_email))
contact_email = None
validated_params['contact_email'] = contact_email
contact_phone = clean_string_value_from_dict_object(
rqst_body, "root", "contact_phone", rqst_errors)
if contact_phone:
validate_phone_number(contact_phone, rqst_errors)
validated_params["contact_phone"] = contact_phone
appointment_datetime = clean_string_value_from_dict_object(
rqst_body, "root", "appointment_datetime", rqst_errors)
validated_appointment_datetime = None
if appointment_datetime:
try:
validated_appointment_datetime = datetime.datetime.strptime(
appointment_datetime,
"%Y-%m-%dT%H:%M:%S").replace(tzinfo=pytz.UTC)
except ValueError:
rqst_errors.append(
'appointment_datetime must be a properly formatted datetime string in UTC, eg. YYYY-MM-DDTHH:MM:SS. Value is : {}'
.format(appointment_datetime))
validated_params['appointment_datetime'] = validated_appointment_datetime
if "appointment_datetime_2" in rqst_body:
appointment_datetime_2 = clean_string_value_from_dict_object(
rqst_body,
"root",
"appointment_datetime_2",
rqst_errors,
none_allowed=True)
validated_appointment_datetime_2 = None
if appointment_datetime_2:
try:
validated_appointment_datetime_2 = datetime.datetime.strptime(
appointment_datetime_2,
"%Y-%m-%dT%H:%M:%S").replace(tzinfo=pytz.UTC)
except ValueError:
rqst_errors.append(
'appointment_datetime_2 must be a properly formatted datetime string in UTC, eg. YYYY-MM-DDTHH:MM:SS. Value is : {}'
.format(appointment_datetime_2))
validated_params[
'appointment_datetime_2'] = validated_appointment_datetime_2
if "appointment_datetime_3" in rqst_body:
appointment_datetime_3 = clean_string_value_from_dict_object(
rqst_body,
"root",
"appointment_datetime_3",
rqst_errors,
none_allowed=True)
validated_appointment_datetime_3 = None
if appointment_datetime_3:
try:
validated_appointment_datetime_3 = datetime.datetime.strptime(
appointment_datetime_3,
"%Y-%m-%dT%H:%M:%S").replace(tzinfo=pytz.UTC)
except ValueError:
rqst_errors.append(
'appointment_datetime_3 must be a properly formatted datetime string in UTC, eg. YYYY-MM-DDTHH:MM:SS. Value is : {}'
.format(appointment_datetime_3))
validated_params[
'appointment_datetime_3'] = validated_appointment_datetime_3
def validate_update_row_params(rqst_body, validated_params, rqst_errors):
if "hospital_name" in rqst_body:
validated_params["hospital_name"] = clean_string_value_from_dict_object(rqst_body, "root", "hospital_name", rqst_errors)
if "monthly_visits" in rqst_body:
validated_params["monthly_visits"] = clean_int_value_from_dict_object(rqst_body, "root", "monthly_visits", rqst_errors)
def validate_create_row_params(rqst_body, validated_params, rqst_errors):
validated_params['consumer_id'] = clean_int_value_from_dict_object(
rqst_body,
"root",
"consumer_id",
rqst_errors
)
validated_params['navigator_id'] = clean_int_value_from_dict_object(
rqst_body,
"root",
"navigator_id",
rqst_errors
)
if 'cm_client_id' in rqst_body:
validated_params['cm_client_id'] = clean_int_value_from_dict_object(
rqst_body,
"root",
"cm_client_id",
rqst_errors,
none_allowed=True
)
if 'notes' in rqst_body:
validated_params['notes'] = clean_string_value_from_dict_object(
rqst_body,
"root",
"notes",
rqst_errors,
empty_string_allowed=True,
none_allowed=True
)
if 'outcome' in rqst_body:
validated_params['outcome'] = clean_string_value_from_dict_object(
rqst_body,
"root",
"outcome",
rqst_errors,
empty_string_allowed=True,
none_allowed=True
)
if 'status' in rqst_body:
validated_params['status'] = clean_string_value_from_dict_object(
rqst_body,
"root",
"status",
rqst_errors,
empty_string_allowed=True,
none_allowed=True
)
if 'status' not in validated_params or not validated_params['status']:
validated_params['status'] = "not available"
if "datetime_contacted" in rqst_body:
datetime_contacted = clean_string_value_from_dict_object(
rqst_body,
"root",
"datetime_contacted",
rqst_errors,
none_allowed=True
)
validated_datetime_contacted = None
if datetime_contacted:
try:
validated_datetime_contacted = datetime.datetime.strptime(datetime_contacted, "%Y-%m-%dT%H:%M:%S").replace(tzinfo=pytz.UTC)
except ValueError:
rqst_errors.append(
'datetime_contacted must be a properly formatted datetime string in UTC, eg. YYYY-MM-DDTHH:MM:SS. Value is : {}'.format(
datetime_contacted)
)
validated_params['datetime_contacted'] = validated_datetime_contacted
if 'contact_type' in rqst_body:
validated_params['contact_type'] = clean_string_value_from_dict_object(
rqst_body,
"root",
"contact_type",
rqst_errors,
empty_string_allowed=True,
none_allowed=True
)
if "contact_type" not in validated_params or not validated_params['contact_type']:
validated_params['contact_type'] = "not available"
