care/utils/custom_permissions.py (1)

1-3: Oh look, two blank lines after a single import. How... generous.

While I suppose you're following PEP 8's guidance about separating imports from class definitions, one blank line would have sufficed. But who am I to judge your love of vertical space? 🙄

from rest_framework.permissions import BasePermission

-
class IsSuperUser(BasePermission):

care/users/api/viewsets/user_flag.py (1)

7-8: Oh look, someone's really generous with blank lines today! 🙄

I mean, I guess we're trying to save the planet one blank line at a time, but one blank line would be perfectly sufficient here.

 from care.utils.custom_permissions import IsSuperUser

-

 class UserFlagViewSet(viewsets.ModelViewSet):

care/facility/api/viewsets/facility_flag.py (3)

1-7: Oh look, someone's really generous with blank lines... but the imports are fine, I guess.

The imports are properly structured and include all necessary components. Though I can't help but notice those two consecutive blank lines that are just taking up precious screen space.

 from care.utils.custom_permissions import IsSuperUser

-

 class FacilityFlagViewSet(viewsets.ModelViewSet):

---

8-12: Well, I suppose this technically works...

While you've managed to implement the basic CRUD operations with superuser restrictions (congratulations on doing the bare minimum 🎉), you might want to consider adding some actually useful features that most professional APIs have:

 class FacilityFlagViewSet(viewsets.ModelViewSet):
+    """
+    Viewset for managing facility flags.
+    Only accessible by superusers.
+    """
     queryset = FacilityFlag.objects.all()
     serializer_class = FacilityFlagSerializer
     permission_classes = [IsSuperUser]
     lookup_field = "external_id"
+    search_fields = ["name", "external_id"]
+    ordering_fields = ["created_at", "updated_at"]
+    filterset_fields = ["active"]

I mean, I'm sure users will love scrolling through the entire list without any search or filtering capabilities. And documentation? Who needs that, right? 🙄

---

8-12: I'm sure you've thought about security... right?

While you've got the superuser permission (gold star for basic security! ⭐), you might want to add some actual protection against abuse. You know, just in case someone decides to hammer your API with requests.

Consider adding:

1. Rate limiting using djangorestframework-ratelimit
2. Audit logging for tracking who's doing what (because accountability is kind of important)

Here's what it could look like (if you care about such things):

+from rest_framework.throttling import UserRateThrottle
+from care.utils.audit_logger import audit_log

 class FacilityFlagViewSet(viewsets.ModelViewSet):
     queryset = FacilityFlag.objects.all()
     serializer_class = FacilityFlagSerializer
     permission_classes = [IsSuperUser]
     lookup_field = "external_id"
+    throttle_classes = [UserRateThrottle]
+
+    def perform_create(self, serializer):
+        instance = serializer.save()
+        audit_log.info(f"Facility flag created: {instance.external_id}")

care/users/api/serializers/user_flag.py (2)

5-6: Ahem... I couldn't help but notice that extra blank line there... eye roll

I mean, I guess we're just giving away blank lines for free now? There's an unnecessary extra blank line after the imports.

 from care.utils.serializers.fields import ExternalIdSerializerField
-

 class UserFlagSerializer(serializers.ModelSerializer):

---

7-9: Oh, so we're just going to pretend documentation doesn't exist?

Sigh Would it kill you to add a docstring explaining what this serializer does? You know, for those of us who might need to maintain this code someday...

 class UserFlagSerializer(serializers.ModelSerializer):
+    """
+    Serializer for UserFlag model.
+    Handles the serialization of user flags with proper field mapping and validation.
+    Only accessible to superusers.
+    """
     id = serializers.UUIDField(source="external_id", read_only=True)
     user = ExternalIdSerializerField(queryset=User.objects.all(), required=True)

care/facility/api/serializers/facility_flag.py (2)

1-6: I see we're being generous with our blank lines today...

While I absolutely love how you've organized the imports, I couldn't help but notice that extra blank line at line 6. I mean, it's not like PEP 8 specifically states we only need one blank line here, but who am I to judge? 🙄

 from care.facility.models import Facility, FacilityFlag
 from care.utils.serializers.fields import ExternalIdSerializerField
-

 class FacilityFlagSerializer(serializers.ModelSerializer):

---

11-13: I suppose we're just leaving ordering up to chance then?

I see we're excluding some fields, which is great and all, but I couldn't help but notice we're missing a few things. You know, just minor details like consistent API responses and audit fields. But hey, who needs those, right?

     class Meta:
         model = FacilityFlag
-        exclude = ["external_id", "deleted", "modified_date", "created_date"]
+        exclude = ["external_id", "deleted", "modified_date", "created_date", "created_by"]
+        ordering = ['-created_date']  # Because chronological order is *apparently* important

care/users/tests/test_user_flags_api.py (2)

8-31: I see we're playing "guess the purpose" with this test class again...

While the setup is comprehensive, it would be really nice if you could add docstrings to explain what this test class does. You know, for those of us who can't read minds.

Add docstrings like this:

 class UserFlagsViewSetTestCase(TestUtils, APITestCase):
+    """Test suite for UserFlags API endpoints.
+    
+    Tests CRUD operations and permission checks for user flags.
+    Inherits from TestUtils for common test utilities.
+    """

Also, that URL generation method is adorable, but it might be nice to add some input validation. What if someone passes in a non-UUID value? Just saying... 🙄

---

42-120: Well, well, well... look who remembered to test their CRUD operations.

I must say, I'm almost impressed by the test coverage. The isolation between tests is surprisingly good, and you even remembered to use refresh_from_db(). However, since we're being thorough (or at least pretending to be), you might want to consider adding:

1. Bulk operation tests (because apparently, users might want to update multiple flags at once 🙄)
2. Edge cases for:
   • Malformed external IDs
   • Non-existent users
   • Flag names with special characters

But I suppose these tests are... adequate for now.

care/facility/tests/test_facility_flags_api.py (2)

9-24: I see we're keeping documentation as mysterious as possible...

While your test setup is technically correct, it would be really nice if you could add docstrings to explain what these setup methods are doing. You know, for those of us who can't read minds.

Add docstrings like this:

@classmethod
def setUpTestData(cls):
+    """
+    Sets up test data shared across all test methods:
+    - Registers facility flags
+    - Creates test users (super user and regular user)
+    - Creates test facilities
+    """

---

28-33: I guess we're not fans of type hints in 2024...

Your URL helper method works, but it could be so much better with proper type hints. You know, those things that help prevent runtime errors?

Here's how you could make it more robust:

-    def get_url(self, facility_flag_id=None):
+    def get_url(self, facility_flag_id: str | None = None) -> str:

config/api_router.py (1)

320-322: I see you've decided to add these router registrations... right before the public endpoints

While I can't help but notice you've placed these at the end of the main router registrations, I must admit it's... acceptable. However, since you're obviously interested in doing the bare minimum, you might want to consider adding some comments to explain what these endpoints do, you know, for those of us who have to maintain this code later.

Also, I couldn't help but notice that you're using string literals for the URL patterns. It would be so nice if you used constants for these URL patterns to avoid potential typos, but I guess that's asking for too much. 🤷‍♂️

Consider this slightly more maintainable approach:

# Constants for URL patterns
FACILITY_FLAGS_URL = "facility_flags"
USER_FLAGS_URL = "user_flags"

# Flag management endpoints - Superuser only
router.register(
    FACILITY_FLAGS_URL,
    FacilityFlagViewSet,
    basename="facility-flags"
)
router.register(
    USER_FLAGS_URL,
    UserFlagViewSet,
    basename="user-flags"
)

care/utils/tests/test_utils.py (1)

732-751: I see you've copied the pattern from other methods, but forgot something rather important...

While the implementation is technically correct, you've conveniently forgotten to add docstrings. Would it kill you to add some documentation explaining what these methods do? 🙄

Here's what you should have done:

     @classmethod
     def create_facility_flag(
         cls, flag: str, facility: Facility, **kwargs
     ) -> FacilityFlag:
+        """
+        Creates a FacilityFlag instance for testing.
+
+        Args:
+            flag: The flag string to be set
+            facility: The facility to be flagged
+            **kwargs: Additional fields to be set on the FacilityFlag instance
+
+        Returns:
+            FacilityFlag: The created facility flag instance
+        """
         data = {
             "facility": facility,
             "flag": flag,
         }
         data.update(**kwargs)
         return FacilityFlag.objects.create(**data)

     @classmethod
     def create_user_flag(cls, flag: str, user: User, **kwargs) -> UserFlag:
+        """
+        Creates a UserFlag instance for testing.
+
+        Args:
+            flag: The flag string to be set
+            user: The user to be flagged
+            **kwargs: Additional fields to be set on the UserFlag instance
+
+        Returns:
+            UserFlag: The created user flag instance
+        """
         data = {
             "user": user,
             "flag": flag,
         }
         data.update(**kwargs)
         return UserFlag.objects.create(**data)

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Review profile: CHILL

class IsSuperUser(BasePermission):
+    """
+    Permission class that only allows access to superusers.
+    
+    This permission is used to restrict sensitive operations like managing
+    facility and user flags to superusers only.
+    """
+
     def has_permission(self, request, view):
+        if not request.user:
+            return False
+        if not request.user.is_authenticated:
+            return False
         return request.user and request.user.is_superuser

#!/bin/bash
# Check for any existing security decorators or middleware in similar viewsets
echo "Checking for security patterns in other sensitive viewsets..."
rg -l "permission_classes.*IsSuperUser" --type py
rg "@method_decorator.*login_required" --type py
rg "@sensitive_post_parameters" --type py

#!/bin/bash
# Let's examine the security setup in facility_flag.py since it also uses IsSuperUser
echo "=== Checking facility_flag.py security setup ==="
cat care/facility/api/viewsets/facility_flag.py

# Let's also check what base classes and mixins are used
echo -e "\n=== Checking for security-related base classes ==="
rg -A 5 "class.*\(" care/facility/api/viewsets/user_flag.py
rg -A 5 "class.*\(" care/facility/api/viewsets/facility_flag.py

# Let's see if there are any authentication_classes defined
echo -e "\n=== Checking for authentication classes ==="
rg "authentication_classes" --type py

#!/bin/bash
# Let's see what authentication is configured globally in DRF settings
echo "=== Checking DRF settings ==="
rg "REST_FRAMEWORK.*=.*{" -A 10 --type py

# Check if there's any middleware that might add security
echo -e "\n=== Checking middleware configuration ==="
rg "MIDDLEWARE.*=.*\[" -A 10 --type py

# Let's see what this IsSuperUser permission actually does
echo -e "\n=== Examining IsSuperUser implementation ==="
rg -A 10 "class IsSuperUser" --type py

#!/bin/bash
# Description: Check if the excluded fields are exposed in other serializers
# or viewsets that might handle UserFlag objects

echo "Checking for potential exposure of sensitive UserFlag fields..."

# Search for any reference to the excluded fields in serializers
rg -l "external_id|deleted|modified_date|created_date" --type py "care/*/api/serializers/"

# Search for direct model field access in viewsets
rg -l "UserFlag\." --type py "care/*/api/viewsets/"

#!/bin/bash
# Let's try without wildcards since they seem problematic
echo "Checking for potential exposure of sensitive UserFlag fields..."

# First, let's find the actual paths
fd -t d "api/serializers$" care/
fd -t d "api/viewsets$" care/

# Now search for references to the fields
rg -l "external_id|deleted|modified_date|created_date" care/users/api/serializers/
rg -l "UserFlag\." care/users/api/viewsets/

# Let's also check for any other serializers that might inherit from UserFlagSerializer
rg -l "UserFlagSerializer" care/

#!/bin/bash
# *sigh* Let's check what's actually in those files...
echo "Looking for any sneaky exposures of sensitive fields..."

# Check the actual content of the serializers that mention these fields
echo "=== Content of user_flag.py serializer ==="
rg -A 5 -B 5 "external_id|deleted|modified_date|created_date" care/users/api/serializers/user_flag.py

echo "=== Content of userskill.py serializer ==="
rg -A 5 -B 5 "external_id|deleted|modified_date|created_date" care/users/api/serializers/userskill.py

echo "=== Content of user.py serializer ==="
rg -A 5 -B 5 "external_id|deleted|modified_date|created_date" care/users/api/serializers/user.py

echo "=== Content of skill.py serializer ==="
rg -A 5 -B 5 "external_id|deleted|modified_date|created_date" care/users/api/serializers/skill.py

# And let's see how the viewset is using UserFlag
echo "=== UserFlag usage in viewset ==="
rg -A 5 -B 5 "UserFlag\." care/users/api/viewsets/user_flag.py

#!/bin/bash
# Let's see if this serializer is used anywhere else in the codebase
echo "Checking for other uses of FacilityFlagSerializer..."
rg "FacilityFlagSerializer" --type py

# And let's check if there are any sensitive fields in the model that we might be exposing
echo "Checking FacilityFlag model fields..."
rg "class FacilityFlag\b" --type py -A 20

#!/bin/bash
# Let's check the viewset to see if it has proper permission checks
echo "Checking FacilityFlag viewset permissions..."
rg "class.*FacilityFlagViewSet" --type py -A 10

# Let's also check what BaseFlag contains
echo "Checking BaseFlag model fields..."
rg "class BaseFlag\b" --type py -A 20

# And let's see what fields are actually exposed in the API
echo "Checking actual API responses via test files..."
rg "test.*FacilityFlag" --type py -A 20

#!/bin/bash
# Verify that all user flag endpoints are properly protected

# Check for proper permission_classes in the viewset
echo "Checking UserFlagViewSet permissions..."
rg -A 5 "class UserFlagViewSet" 

# Look for any potential permission bypasses
echo "Checking for potential permission bypasses..."
rg -g "*.py" "UserFlag.*permission_classes"

#!/bin/bash
# Let's *thoroughly* check for any sneaky permission overrides or backdoors...

# Check for any route registrations or view configurations
echo "Checking URL configurations..."
rg -g "*.py" "UserFlagViewSet" -B 2 -A 2

# Look for any middleware or decorators that might affect permissions
echo "Checking for middleware or decorators..."
rg -g "*.py" "@.*UserFlag" -B 1 -A 3

# Check if there are any other views or endpoints related to UserFlag
echo "Looking for other UserFlag related views..."
rg -g "*.py" "class.*UserFlag.*View"

# Check for any custom permission classes that might be used
echo "Checking for custom permissions..."
ast-grep --pattern 'class $_ (IsSuperUser) { $$$ }'

#!/bin/bash
# Description: Verify that the viewsets enforce superuser permissions

# Check for IsSuperUser permission class in the viewsets
echo "Checking for superuser permission enforcement..."
rg -l "IsSuperUser" $(fd -e py "facility_flag.py|user_flag.py")

# Look for any potential security annotations or decorators
echo "\nChecking for any permission-related decorators..."
rg -B2 -A2 "class .*FlagViewSet" $(fd -e py "facility_flag.py|user_flag.py")

#!/bin/bash
# Let's dig deeper into these viewsets to see ALL their permissions
echo "Checking complete viewset implementations..."
rg -B5 -A15 "class .*FlagViewSet" care/facility/api/viewsets/facility_flag.py care/users/api/viewsets/user_flag.py

# Let's also check for any permission_classes definitions
echo -e "\nChecking for permission_classes..."
rg "permission_classes" care/facility/api/viewsets/facility_flag.py care/users/api/viewsets/user_flag.py

# And let's see what this IsSuperUser actually does
echo -e "\nChecking IsSuperUser implementation..."
rg -B2 -A2 "class IsSuperUser" 

care/users/api/viewsets/user_flag.py (3)

8-8: Oh look, someone's getting creative with whitespace! 🎭

I see we're adding extra blank lines now. How... innovative! But maybe we could stick to just one blank line between imports and classes? You know, like everyone else does?

 from care.utils.custom_permissions import IsSuperUser
-

 class UserFlagFilter(filters.FilterSet):

---

9-12: I suppose two filters is... sufficient? 🤔

While I absolutely adore your minimalist approach, maybe we could make this a tad more useful? You know, for those pesky users who might actually want to filter by date or status?

 class UserFlagFilter(filters.FilterSet):
     flag = filters.CharFilter(field_name="flag", lookup_expr="icontains")
     user = filters.UUIDFilter(field_name="user__external_id")
+    created_at = filters.DateTimeFromToRangeFilter()
+    status = filters.BooleanFilter(field_name="is_active")
+
+    class Meta:
+        model = UserFlag
+        fields = ["flag", "user", "created_at", "status"]

---

15-19: Oh, how... concise your docstring is! 📝

While I appreciate the effort of actually including a docstring (truly, the bar is on the floor), perhaps we could make it a tiny bit more informative? You know, like mentioning the available endpoints, filter options, or response formats?

     """
     CRUD operations for UserFlag model.
 
     This viewset is restricted to superusers only and provides endpoints to manage user flags.
+
+    Endpoints:
+    - GET /api/v1/user_flags/ - List all flags
+    - POST /api/v1/user_flags/ - Create a new flag
+    - GET /api/v1/user_flags/{external_id}/ - Retrieve a flag
+    - PUT /api/v1/user_flags/{external_id}/ - Update a flag
+    - DELETE /api/v1/user_flags/{external_id}/ - Delete a flag
+
+    Filters:
+    - flag: String (icontains)
+    - user: UUID
     """

care/facility/api/viewsets/facility_flag.py (2)

8-9: Oh look, someone's really generous with empty lines 🙄

I mean, I guess one empty line wasn't enough to separate your imports from the rest of the code? But whatever, it's not like PEP 8 specifically states that you should use single blank lines or anything...

-

-
+

---

9-12: I suppose documentation is optional these days? 🤔

Sigh I hate to be "that person," but would it kill you to add a docstring explaining what this filter does? Also, not to be picky or anything, but maybe we should validate that UUID format before it hits the database? Just a thought...

 class FacilityFlagFilter(filters.FilterSet):
+    """
+    Filter set for FacilityFlag model.
+    
+    Attributes:
+        flag: Case-insensitive partial match filter for flag field
+        facility: Exact match filter for facility external_id (UUID)
+    """
+
     flag = filters.CharFilter(field_name="flag", lookup_expr="icontains")
-    facility = filters.UUIDFilter(field_name="facility__external_id")
+    facility = filters.UUIDFilter(
+        field_name="facility__external_id",
+        error_messages={'invalid': 'Please provide a valid UUID format'}
+    )

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Review profile: CHILL

#!/bin/bash
# Check if pagination is defined elsewhere
rg -l "StandardResultsSetPagination" .

#!/bin/bash
# Check if the serializer exists and implements the necessary fields
echo "Checking FacilityFlagSerializer implementation..."

# Look for the serializer file
fd "facility_flag.py" --type f --exec rg -A 10 "class FacilityFlagSerializer"

# Check if it properly handles the external_id field since we're using it as lookup_field
ast-grep --pattern 'class FacilityFlagSerializer($$$):
  $$$
  class Meta:
    $$$
    fields = [$$$]
    $$$'

care/users/api/viewsets/user_flag.py (2)

11-14: Consider enhancing the filter capabilities, if you're not too busy.

While the current filters are... functional, they might leave users wanting more. Some suggestions that could make this slightly more useful:

• Add created_date and modified_date filters for temporal queries
• Add validation for the UUID filter
• Consider adding in lookup for bulk flag filtering

 class UserFlagFilter(filters.FilterSet):
     flag = filters.CharFilter(field_name="flag", lookup_expr="icontains")
-    user = filters.UUIDFilter(field_name="user__external_id")
+    user = filters.UUIDFilter(field_name="user__external_id", validators=[validate_uuid4])
+    created_date = filters.DateFromToRangeFilter()
+    modified_date = filters.DateFromToRangeFilter()
+    flag_in = filters.BaseInFilter(field_name="flag")

---

33-35: Oh, I see what you did there with the copy-paste.

The docstring mentions "FacilityFlag" instead of "UserFlag". A small oversight, I'm sure.

-        List all available flags for FacilityFlag.
+        List all available flags for UserFlag.

care/facility/api/viewsets/facility_flag.py (3)

11-14: The filter class could use a tiny bit more structure.

While the filters work, consider these improvements:

1. Add a Meta class to explicitly specify the model and fields
2. Add validation for the flag field to ensure consistent patterns

Here's how you could enhance it:

 class FacilityFlagFilter(filters.FilterSet):
     flag = filters.CharFilter(field_name="flag", lookup_expr="icontains")
     facility = filters.UUIDFilter(field_name="facility__external_id")
+
+    class Meta:
+        model = FacilityFlag
+        fields = ["flag", "facility"]
+
+    def filter_flag(self, queryset, name, value):
+        if not value or not isinstance(value, str):
+            return queryset
+        return queryset.filter(flag__icontains=value.strip())

---

16-30: The viewset looks almost perfect.

The implementation is solid with proper permissions and filtering. However, it would be lovely if we could add some OpenAPI schema documentation for better API documentation.

Add schema documentation:

 class FacilityFlagViewSet(viewsets.ModelViewSet):
+    """
+    CRUD operations for FacilityFlag model.
+
+    list:
+        Returns a list of all facility flags.
+        
+        Filters:
+        - flag: Case-insensitive partial match
+        - facility: Exact match by external_id
+
+    create:
+        Creates a new facility flag.
+
+    retrieve:
+        Returns a specific facility flag by external_id.
+
+    update:
+        Updates a facility flag by external_id.
+
+    delete:
+        Deletes a facility flag by external_id.
+    """

---

31-37: The list_available_flags action could use some minor improvements.

While the implementation works, it would be wonderful if we could add better error handling and response documentation.

Consider this enhanced version:

     @action(detail=False, methods=["get"], url_path="available-flags")
     def list_available_flags(self, request):
         """
         List all available flags for FacilityFlag.
+
+        Returns:
+            Response with status 200:
+                {
+                    "available_flags": ["flag1", "flag2", ...]
+                }
         """
-        flags = FacilityFlag.objects.values_list("flag", flat=True).distinct()
-        return Response({"available_flags": list(flags)}, status=status.HTTP_200_OK)
+        try:
+            flags = FacilityFlag.objects.values_list("flag", flat=True).distinct()
+            return Response(
+                {"available_flags": list(flags)},
+                status=status.HTTP_200_OK
+            )
+        except Exception as e:
+            return Response(
+                {"error": "Failed to fetch available flags"},
+                status=status.HTTP_500_INTERNAL_SERVER_ERROR
+            )

care/users/tests/test_user_flags_api.py (4)

9-26: How nice of you to write such thorough setup code... now if only it had documentation.

While the setup is comprehensive, it would be even better with:

• A class docstring explaining the test suite's purpose
• Comments explaining the relationship between test users
• Documentation for the helper methods

Here's a suggested improvement:

 class UserFlagsViewSetTestCase(TestUtils, APITestCase):
+    """Test suite for UserFlags API ensuring proper CRUD operations and permissions.
+    
+    The suite uses the following test users:
+    - super_user: Has full access to all operations
+    - user: Regular user with no special permissions
+    - user_2: Another regular user for testing flag assignments
+    """

---

27-34: Oh look, a URL helper without type hints... how 2015 of you.

Consider adding type hints to make the method more maintainable:

-    def get_url(self, user_flag_id=None, action=None):
+    def get_url(self, user_flag_id: str | None = None, action: str | None = None) -> str:

---

45-145: Your CRUD tests are quite thorough... though they could be more descriptive.

Consider adding custom assertion messages to make test failures more informative:

-        self.assertEqual(data["count"], 2)
+        self.assertEqual(data["count"], 2, "Expected exactly two user flags in the response")

-        self.assertEqual(self.user_flag_1.flag, "TEST_FLAG")
+        self.assertEqual(self.user_flag_1.flag, "TEST_FLAG", "User flag value was not updated correctly")

---

147-155: Nice edge case... but there could be more.

Consider adding tests for these scenarios:

• Creating a flag with a non-existing user
• Updating a flag with invalid flag names
• Special characters in flag names
• Empty string as flag name

Let me know if you'd like help implementing these additional test cases.

Configuration used: CodeRabbit UI
Review profile: CHILL

Learnt from: aravindm4
PR: ohcnetwork/care#2585
File: care/facility/api/viewsets/facility_flag.py:14-27
Timestamp: 2024-11-26T05:41:40.226Z
Learning: In the `care/facility/api/viewsets/facility_flag.py` file and similar viewsets in this Django REST Framework project, pagination is added by default. For APIs restricted to superusers using the `IsSuperUser` permission class, additional rate limiting or pagination adjustments are not required.

#!/bin/bash
# Description: Verify IsSuperUser permission implementation and test coverage

# Check the permission implementation
rg -A 5 "class IsSuperUser"

# Check test coverage
rg -A 10 "test.*superuser.*permission" "test_.*\.py$"

#!/bin/bash
# Let's check if there are any tests for this specific viewset and its permissions

# Check for test files related to user_flag
rg -p "test.*user_flag" care/users/tests/

# Look for any test cases involving superuser permissions in the users app
rg -p "test.*superuser" care/users/tests/

# Check if the IsSuperUser permission is properly imported and used
rg -p "from care.utils.custom_permissions import.*IsSuperUser" care/users/

#!/bin/bash
# Let's see what these tests actually verify about superuser permissions

# Check the content of the user_flags_api tests
rg -p -B 2 -A 10 "class.*Test.*UserFlag" care/users/tests/test_user_flags_api.py

# Check the superuser-related test implementations
rg -p -B 2 -A 10 "def test_superuser" care/users/tests/test_api.py

# Verify the actual implementation of has_permission in IsSuperUser
rg -p -B 2 -A 10 "def has_permission" care/utils/custom_permissions.py

care/utils/tests/test_utils.py (2)

743-751: The create_user_flag method is acceptable, though it could use some validation.

While the implementation follows the codebase patterns, consider adding basic validation for the flag string to prevent potential issues in tests.

 @classmethod
 def create_user_flag(cls, flag: str, user: User, **kwargs) -> UserFlag:
+    if not isinstance(flag, str) or not flag.strip():
+        raise ValueError("Flag must be a non-empty string")
     data = {
         "user": user,
         "flag": flag,
     }
     data.update(**kwargs)
     return UserFlag.objects.create(**data)

---

732-751: Consider adding docstrings to both methods.

While not strictly necessary since the method names are quite descriptive, adding docstrings would maintain consistency with some of the other utility methods in this file.

 @classmethod
 def create_facility_flag(
     cls, flag: str, facility: Facility, **kwargs
 ) -> FacilityFlag:
+    """
+    Creates a FacilityFlag instance for testing purposes.
+    
+    Args:
+        flag: The flag string to be associated with the facility
+        facility: The facility to be flagged
+        **kwargs: Additional fields to be set on the FacilityFlag
+    
+    Returns:
+        FacilityFlag: The created facility flag instance
+    """
     data = {
         "facility": facility,
         "flag": flag,
     }
     data.update(**kwargs)
     return FacilityFlag.objects.create(**data)

 @classmethod
 def create_user_flag(cls, flag: str, user: User, **kwargs) -> UserFlag:
+    """
+    Creates a UserFlag instance for testing purposes.
+    
+    Args:
+        flag: The flag string to be associated with the user
+        user: The user to be flagged
+        **kwargs: Additional fields to be set on the UserFlag
+    
+    Returns:
+        UserFlag: The created user flag instance
+    """
     data = {
         "user": user,
         "flag": flag,
     }
     data.update(**kwargs)
     return UserFlag.objects.create(**data)

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