Add new endpoint for exponentiation

[artmoskvin]

The endpoint should take 2 numbers A and B and return A^B.

[acebots-ai-local[bot]]

To add a new endpoint for exponentiation in the project, here's a plan for implementation:

1. Update maths.py Router:

   • Add a new endpoint function for exponentiation in my_tiny_service/api/routers/maths.py.
   • Define the endpoint with @router.post decorator, similar to existing mathematical operations.
   • The endpoint could be named /exponentiation with a summary "Calculate the exponentiation of two numbers".
   • Use the existing MathsIn for input and MathsResult for output models.

   @router.post(
      "/exponentiation",
      summary="Calculate the exponentiation of two numbers",
      response_model=MathsResult,
   )
   def exponentiation(maths_input: MathsIn) -> MathsResult:
      """Calculates the exponentiation of two whole numbers."""
      result = maths_input.a ** maths_input.b
      return MathsResult(result=result)

2. Update Input/Output Models if Necessary:

   • Ensure that the MathsIn and MathsResult models in maths.py are suitable for the exponentiation operation. If any adjustments are needed, make those changes.

3. Update Tests:

   • Add a new test function in tests/test_api.py to test the exponentiation endpoint.
   • The test should check if the endpoint correctly calculates the exponentiation of two numbers.

   def test_exponentiation(client: starlette.testclient.TestClient) -> None:
      """Test that the exponentiation endpoint correctly calculates the exponentiation of two numbers."""
      response = client.post("/exponentiation", json={"a": 2, "b": 3})
      assert response.status_code == 200
      assert response.json() == {"result": 8}

4. Documentation and Comments:

   • Add comments and documentation strings to the new endpoint and test function to explain their purpose and usage.
   • Update any relevant documentation in the project to include the new exponentiation endpoint.

This plan outlines the steps and code snippets necessary to implement the new exponentiation endpoint in the project.

[artmoskvin]

@acedev-dev-ai looks good, but let's check the MathsIn and MathsResult models in maths.py now and adjust plan if needed.

[acebots-ai-local[bot]]

Based on the examination of the MathsIn and MathsResult models in maths.py, here's an adjusted plan that takes into account the structure of these models:

1. Update maths.py Router:

   • Add a new endpoint function for exponentiation in my_tiny_service/api/routers/maths.py.
   • Use the existing MathsIn for input. This model does not need adjustments as it inherits from MathsBase without additional properties, which is suitable for our purpose.
   • Modify the endpoint to include the operation name in the MathsResult model.

   @router.post(
      "/exponentiation",
      summary="Calculate the exponentiation of two numbers",
      response_model=MathsResult,
   )
   def exponentiation(maths_input: MathsIn) -> MathsResult:
      """Calculates the exponentiation of two whole numbers."""
      result = maths_input.a ** maths_input.b
      return MathsResult(operation="exponentiation", result=result)

2. No Changes Needed for Input/Output Models:

   • The MathsIn model is suitable for our needs as it inherits from MathsBase without additional properties.
   • The MathsResult model includes an operation field and a result field that can be either an int or float, which is appropriate for the exponentiation operation.

3. Update Tests:

   • Add a new test function in tests/test_api.py to test the exponentiation endpoint.
   • The test should check if the endpoint correctly calculates the exponentiation of two numbers and returns the operation name.

   def test_exponentiation(client: starlette.testclient.TestClient) -> None:
      """Test that the exponentiation endpoint correctly calculates the exponentiation of two numbers."""
      response = client.post("/exponentiation", json={"a": 2, "b": 3})
      assert response.status_code == 200
      assert response.json() == {"operation": "exponentiation", "result": 8}

4. Documentation and Comments:

   • Add comments and documentation strings to the new endpoint and test function to explain their purpose and usage.
   • Update any relevant documentation in the project to include the new exponentiation endpoint.

This adjusted plan incorporates the structure of the MathsIn and MathsResult models and outlines the steps and code snippets necessary to implement the new exponentiation endpoint in the project.

[artmoskvin]

@acedev-dev-ai let's also check the MathsBase model to make sure it has all the required field

[acebots-ai-local[bot]]

Given the structure of the MathsBase model and the details of the MathsIn and MathsResult models, here's the updated plan for implementing the new exponentiation endpoint:

1. Implement the Exponentiation Endpoint in maths.py Router:

   • Add a new endpoint function for exponentiation in my_tiny_service/api/routers/maths.py.
   • Utilize the MathsIn model for input, which inherits from MathsBase and already includes the necessary fields (number1 and number2) for our operation.
   • The endpoint will calculate number1^number2 and return the result using the MathsResult model.

   @router.post(
      "/exponentiation",
      summary="Calculate the exponentiation of two numbers",
      response_model=MathsResult,
   )
   def exponentiation(maths_input: MathsIn) -> MathsResult:
      """Calculates the exponentiation of two numbers."""
      result = maths_input.number1 ** maths_input.number2
      return MathsResult(operation="exponentiation", result=result)

2. No Changes Needed for MathsBase, MathsIn, and MathsResult Models:

   • The MathsBase model already includes the necessary fields for the exponentiation operation.
   • The MathsIn model, which inherits from MathsBase, is suitable for capturing the input for the exponentiation endpoint.
   • The MathsResult model is appropriate for returning the operation name and result.

3. Update Tests in tests/test_api.py:

   • Add a new test function to verify the functionality of the exponentiation endpoint.
   • Ensure the test checks both the operation name and the correct calculation of the exponentiation.

   def test_exponentiation(client: starlette.testclient.TestClient) -> None:
      """Test the exponentiation endpoint."""
      response = client.post("/exponentiation", json={"number1": 2, "number2": 3})
      assert response.status_code == 200
      assert response.json() == {"operation": "exponentiation", "result": 8}

4. Documentation and Comments:

   • Add comprehensive comments and documentation strings to the new endpoint and test function to explain their purpose, usage, and expected input/output.
   • Update any relevant project documentation to include the new exponentiation endpoint, ensuring users are aware of its functionality and how to use it.

This updated plan incorporates the structure of the MathsBase, MathsIn, and MathsResult models, providing a clear path to implement the new exponentiation endpoint in the project.

[artmoskvin]

@acedev-dev-ai plan approved! proceed with implementation