Modifying params to data encoding functions (#77)

* Changed data encoding functions to take in WorkerEnum, fixed typo.

* fixed unit tests

* fixed linting

* made requested changes

* fixed linting

modules/data_encoding/message_encoding_decoding.py

@@ -10,22 +10,23 @@
 
 
 def encode_position_global(
-    worker_name: str, global_position: position_global.PositionGlobal
+    worker_id: worker_enum.WorkerEnum, global_position: position_global.PositionGlobal
 ) -> "tuple[True, bytes] | tuple[False, None]":
     """
     Encode PositionGlobal object into Bytes. Worker_ID to be encoded as the first byte of the message
 
     Parameters:
-       worker_name: name of the worker defined by the name of its own file (worker_name = pathlib.Path(__file__).stem)
+       worker_id: ID of the worker defined by its constant in WorkerEnum
        global_position: PositionGlobal object
 
     Returns:
         packed_coordinates (bytes): Encoded latitude, longitude, altitude of PositionGlobal object as bytes.
         First byte dependant on which worker is calling the funciton, value depends on its corresponding enum value.
     """
     try:
-        worker_id = worker_enum.WorkerEnum[worker_name.upper()]
-        if not worker_id:  # If worker ID is not in the Enum Class
+        if not isinstance(
+            worker_id, worker_enum.WorkerEnum
+        ):  # If worker ID is not in the Enum Class
             return False, None
 
         # Encode message using PositionGlobal's latitude, longitude, altitude, with the worker ID in the front

modules/data_encoding/metadata_encoding_decoding.py

@@ -9,22 +9,23 @@
 
 
 def encode_metadata(
-    worker_name: str, number_of_messages: int
+    worker_id: worker_enum.WorkerEnum, number_of_messages: int
 ) -> "tuple[True, bytes] | tuple[False, None]":
     """
     Encode PositionGlobal object into Bytes. Worker_ID to be encoded as the first byte of the message
 
     Parameters:
-       worker_name: name of the worker defined by the name of its own file (worker_name = pathlib.Path(__file__).stem)
+       worker_id: ID of the worker defined by its constant in WorkerEnum
        number_of_messages: number of messages intended to be sent
 
     Returns:
         packed_coordinates (bytes): Encoded int corresponding to number of messages as bytes.
         First byte dependant on which worker is calling the funciton, value depends on its corresponding enum value (see worker_enum.py)
     """
     try:
-        worker_id = worker_enum.WorkerEnum[worker_name.upper()]
-        if not worker_id:  # If worker ID is not in the Enum Class
+        if not isinstance(
+            worker_id, worker_enum.WorkerEnum
+        ):  # If worker ID is not in the Enum Class
             return False, None
 
         # Encode message using PositionGlobal's latitude, longitude, altitude, with the worker ID in the front

modules/data_encoding/worker_enum.py

@@ -23,6 +23,6 @@ class WorkerEnum(Enum):
     COMMUNICATIONS_WORKER = 2
     DATA_MERGE_WORKER = 3
     DETECT_TARGET_WORKER = 4
-    FLIGHT_INTERFERENCE_WORKER = 5
+    FLIGHT_INTERFACE_WORKER = 5
     GEOLOCATION_WORKER = 6
     VIDEO_INPUT_WORKER = 7

tests/unit/data_encoding/test_message_encoding_decoding.py

@@ -11,16 +11,16 @@ def test_encoding_decoding() -> None:
     """
     Function to test encoding
     """
-    # Step 1: Create a worker_name and PositionGlobal object
-    worker_name = "communications_worker"  # =3 in Worker_Enum
+    # Step 1: Create a worker_id and PositionGlobal object
+    worker_id = worker_enum.WorkerEnum.COMMUNICATIONS_WORKER  # =3 in Worker_Enum
     success, original_position = position_global.PositionGlobal.create(
         latitude=34.24902422, longitude=84.6233434, altitude=27.4343424
     )
     assert success
 
     # Step 2: Encode the PositionGlobal object
     result, encoded_bytes = message_encoding_decoding.encode_position_global(
-        worker_name, original_position
+        worker_id, original_position
     )
     assert result
 
@@ -31,7 +31,7 @@ def test_encoding_decoding() -> None:
     assert result
 
     # Step 4: Validate that the original and decoded objects match
-    assert worker_enum.WorkerEnum[worker_name.upper()] == worker  # Checks if Enum type Matches
+    assert worker_id == worker  # Checks if Enum type Matches
 
     assert original_position.latitude == decoded_position.latitude
     assert original_position.longitude == decoded_position.longitude

tests/unit/data_encoding/test_metadata_encoding_decoding.py

@@ -10,13 +10,13 @@ def test_encoding_metadata() -> None:
     """
     Function to test encoding
     """
-    # Step 1: Create a worker_name and PositionGlobal object
-    worker_name = "communications_worker"  # =3 in worker_enum.py
+    # Step 1: Create a worker_id and PositionGlobal object
+    worker_id = worker_enum.WorkerEnum.COMMUNICATIONS_WORKER  # =3 in worker_enum.py
     number_of_messages = 5
 
     # Step 2: Encode the WorkerEnum ID and number of messages
     result, encoded_bytes = metadata_encoding_decoding.encode_metadata(
-        worker_name, number_of_messages
+        worker_id, number_of_messages
     )
     assert result
 
@@ -27,8 +27,6 @@ def test_encoding_metadata() -> None:
     assert result
 
     # Step 4: Validate that the original and decoded objects match
-    assert (
-        worker_enum.WorkerEnum[worker_name.upper()] == worker_class
-    )  # Checks if Enum type Matches
+    assert worker_id == worker_class  # Checks if Enum type Matches
 
     assert number_of_messages == decoded_number_of_messages