refactor implementation to adopt use cases approach #44
Conversation
italopessoa
commented
May 5, 2024
italopessoa
commented
- refactor domain and application layer
- fix unit tests
- add blank facade class
- close Follow-up: Address skipped test FindByIdAsync_NotImplemented #36
- close Create health check endpoint #25
- close Add endpoint to list Orders #7
- close Create endpoint to identify customer by CPF #2
- major change so far - next step will be to rename services into Facade classes
italopessoa
added
enhancement
WalkthroughThe recent updates in the ByteMeBurger application focus on introducing new use cases for product management, enhancing domain validation methods, and configuring service dependencies. Notable changes include the addition of use cases for creating and deleting products, improvements in domain assertion methods, and the integration of these use cases into the service collection for dependency injection. Changes
Assessment against linked issues
The code changes do not align with the primary objectives outlined in the linked issues. Further work is required to fulfill these objectives effectively. Thank you for using CodeRabbit. We offer it for free to the OSS community and would appreciate your support in helping us grow. If you find it useful, would you consider giving us a shout-out on your favorite social media? TipsChatThere are 3 ways to chat with CodeRabbit:
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Actionable comments posted: 9
Review Details
Configuration used: CodeRabbit UI
Review profile: CHILL
Files selected for processing (55)
- FIAP.TechChallenge.ByteMeBurger.sln (3 hunks)
- src/FIAP.TechChallenge.ByteMeBurger.Api/Controllers/CustomersController.cs (2 hunks)
- src/FIAP.TechChallenge.ByteMeBurger.Api/Controllers/OrdersController.cs (2 hunks)
- src/FIAP.TechChallenge.ByteMeBurger.Api/Controllers/ProductsController.cs (1 hunks)
- src/FIAP.TechChallenge.ByteMeBurger.Api/FIAP.TechChallenge.ByteMeBurger.Api.csproj (1 hunks)
- src/FIAP.TechChallenge.ByteMeBurger.Api/Model/CreateOrderCommandDto.cs (1 hunks)
- src/FIAP.TechChallenge.ByteMeBurger.Api/Model/OrderDto.cs (1 hunks)
- src/FIAP.TechChallenge.ByteMeBurger.Api/Model/OrderItemDto.cs (1 hunks)
- src/FIAP.TechChallenge.ByteMeBurger.Api/Program.cs (4 hunks)
- src/FIAP.TechChallenge.ByteMeBurger.Api/ServiceCollectionExtensions.cs (1 hunks)
- src/FIAP.TechChallenge.ByteMeBurger.Application/ServiceCollectionsExtensions.cs (1 hunks)
- src/FIAP.TechChallenge.ByteMeBurger.Application/Services/CustomerService.cs (2 hunks)
- src/FIAP.TechChallenge.ByteMeBurger.Application/Services/OrderService.cs (1 hunks)
- src/FIAP.TechChallenge.ByteMeBurger.Application/Services/ProductService.cs (1 hunks)
- src/FIAP.TechChallenge.ByteMeBurger.Application/UseCases/Customers/CreateCustomerUseCase.cs (1 hunks)
- src/FIAP.TechChallenge.ByteMeBurger.Application/UseCases/Customers/FindCustomerByCpfUseCase.cs (1 hunks)
- src/FIAP.TechChallenge.ByteMeBurger.Application/UseCases/Customers/ICreateCustomerUseCase.cs (1 hunks)
- src/FIAP.TechChallenge.ByteMeBurger.Application/UseCases/Customers/IFindCustomerByCpfUseCase.cs (1 hunks)
- src/FIAP.TechChallenge.ByteMeBurger.Application/UseCases/Orders/CheckoutOrderUseCase.cs (1 hunks)
- src/FIAP.TechChallenge.ByteMeBurger.Application/UseCases/Orders/GetOrderDetailsUseCase.cs (1 hunks)
- src/FIAP.TechChallenge.ByteMeBurger.Application/UseCases/Orders/ICheckoutOrderUseCase.cs (1 hunks)
- src/FIAP.TechChallenge.ByteMeBurger.Application/UseCases/Orders/IGetOrderDetailsUseCase.cs (1 hunks)
- src/FIAP.TechChallenge.ByteMeBurger.Application/UseCases/Orders/IOrderGetAllUseCase.cs (1 hunks)
- src/FIAP.TechChallenge.ByteMeBurger.Application/UseCases/Orders/OrderGetAllUseCase.cs (1 hunks)
- src/FIAP.TechChallenge.ByteMeBurger.Application/UseCases/Products/CreateProductUseCase.cs (1 hunks)
- src/FIAP.TechChallenge.ByteMeBurger.Application/UseCases/Products/DeleteProductUseCase.cs (1 hunks)
- src/FIAP.TechChallenge.ByteMeBurger.Application/UseCases/Products/FindProductsByCategoryUseCase.cs (1 hunks)
- src/FIAP.TechChallenge.ByteMeBurger.Application/UseCases/Products/GetAllProductsUseCase.cs (1 hunks)
- src/FIAP.TechChallenge.ByteMeBurger.Application/UseCases/Products/ICreateProductUseCase.cs (1 hunks)
- src/FIAP.TechChallenge.ByteMeBurger.Application/UseCases/Products/IDeleteProductUseCase.cs (1 hunks)
- src/FIAP.TechChallenge.ByteMeBurger.Application/UseCases/Products/IFindProductsByCategoryUseCase.cs (1 hunks)
- src/FIAP.TechChallenge.ByteMeBurger.Application/UseCases/Products/IGetAllProductsUseCase.cs (1 hunks)
- src/FIAP.TechChallenge.ByteMeBurger.Application/UseCases/Products/IUpdateProductUseCase.cs (1 hunks)
- src/FIAP.TechChallenge.ByteMeBurger.Application/UseCases/Products/UpdateProductUseCase.cs (1 hunks)
- src/FIAP.TechChallenge.ByteMeBurger.Domain/Base/AssertionConcern.cs (1 hunks)
- src/FIAP.TechChallenge.ByteMeBurger.Domain/Base/DomainException.cs (1 hunks)
- src/FIAP.TechChallenge.ByteMeBurger.Domain/Base/UseCaseException.cs (1 hunks)
- src/FIAP.TechChallenge.ByteMeBurger.Domain/Entities/Customer.cs (2 hunks)
- src/FIAP.TechChallenge.ByteMeBurger.Domain/Entities/Order.cs (6 hunks)
- src/FIAP.TechChallenge.ByteMeBurger.Domain/Entities/Product.cs (1 hunks)
- src/FIAP.TechChallenge.ByteMeBurger.Domain/Ports/Ingoing/ICustomerService.cs (1 hunks)
- src/FIAP.TechChallenge.ByteMeBurger.Domain/Ports/Ingoing/IOrderService.cs (1 hunks)
- src/FIAP.TechChallenge.ByteMeBurger.Domain/ValueObjects/Cpf.cs (2 hunks)
- src/FIAP.TechChallenge.ByteMeBurger.Facade/FIAP.TechChallenge.ByteMeBurger.Facade.csproj (1 hunks)
- src/FIAP.TechChallenge.ByteMeBurger.Facade/IRestaurantFacade.cs (1 hunks)
- src/FIAP.TechChallenge.ByteMeBurger.Facade/RestaurantFacade.cs (1 hunks)
- src/FIAP.TechChallenge.ByteMeBurger.Infrastructure/Dto/OrderListDto.cs (1 hunks)
- src/FIAP.TechChallenge.ByteMeBurger.Infrastructure/Repository/OrderRepositoryDapper.cs (3 hunks)
- tests/FIAP.TechChallenge.ByteMeBurger.Api.Test/Controllers/CustomersControllerTest.cs (3 hunks)
- tests/FIAP.TechChallenge.ByteMeBurger.Api.Test/Controllers/OrdersControllerTest.cs (5 hunks)
- tests/FIAP.TechChallenge.ByteMeBurger.Api.Test/Controllers/ProductsControllerTest.cs (1 hunks)
- tests/FIAP.TechChallenge.ByteMeBurger.Application.Test/GlobalUsings.cs (1 hunks)
- tests/FIAP.TechChallenge.ByteMeBurger.Application.Test/Services/CustomerServiceTests.cs (3 hunks)
- tests/FIAP.TechChallenge.ByteMeBurger.Application.Test/Services/OrderServiceTest.cs (6 hunks)
- tests/FIAP.TechChallenge.ByteMeBurger.Application.Test/Services/ProductServiceTest.cs (11 hunks)
Files not processed due to max files limit (14)
- tests/FIAP.TechChallenge.ByteMeBurger.Application.Test/UnitTest1.cs
- tests/FIAP.TechChallenge.ByteMeBurger.Application.Test/UseCases/Customers/CreateCustomerUseCaseTest.cs
- tests/FIAP.TechChallenge.ByteMeBurger.Application.Test/UseCases/Customers/FindCustomerByCpfUseCaseTest.cs
- tests/FIAP.TechChallenge.ByteMeBurger.Application.Test/UseCases/Orders/CheckoutOrderUseCaseTest.cs
- tests/FIAP.TechChallenge.ByteMeBurger.Application.Test/UseCases/Orders/OrderGetAllUseCaseTest.cs
- tests/FIAP.TechChallenge.ByteMeBurger.Application.Test/UseCases/Products/BaseProductsUseCaseTests.cs
- tests/FIAP.TechChallenge.ByteMeBurger.Application.Test/UseCases/Products/CreateProductUseCaseTest.cs
- tests/FIAP.TechChallenge.ByteMeBurger.Application.Test/UseCases/Products/FindProductsByCategoryUseCaseTest.cs
- tests/FIAP.TechChallenge.ByteMeBurger.Application.Test/UseCases/Products/GetAllProductsUseCaseTest.cs
- tests/FIAP.TechChallenge.ByteMeBurger.Application.Test/UseCases/Products/UpdateProductUseCaseTest.cs
- tests/FIAP.TechChallenge.ByteMeBurger.Domain.Test/Entities/CustomerTests.cs
- tests/FIAP.TechChallenge.ByteMeBurger.Domain.Test/Entities/OrderTests.cs
- tests/FIAP.TechChallenge.ByteMeBurger.Domain.Test/Entities/ProductTest.cs
- tests/FIAP.TechChallenge.ByteMeBurger.Infrastructure.Test/Repository/OrderRepositoryDapperTest.cs
Files skipped from review due to trivial changes (10)
- FIAP.TechChallenge.ByteMeBurger.sln
- src/FIAP.TechChallenge.ByteMeBurger.Api/Controllers/ProductsController.cs
- src/FIAP.TechChallenge.ByteMeBurger.Api/FIAP.TechChallenge.ByteMeBurger.Api.csproj
- src/FIAP.TechChallenge.ByteMeBurger.Domain/Base/DomainException.cs
- src/FIAP.TechChallenge.ByteMeBurger.Domain/Base/UseCaseException.cs
- src/FIAP.TechChallenge.ByteMeBurger.Domain/Ports/Ingoing/ICustomerService.cs
- src/FIAP.TechChallenge.ByteMeBurger.Facade/FIAP.TechChallenge.ByteMeBurger.Facade.csproj
- src/FIAP.TechChallenge.ByteMeBurger.Facade/IRestaurantFacade.cs
- tests/FIAP.TechChallenge.ByteMeBurger.Api.Test/Controllers/ProductsControllerTest.cs
- tests/FIAP.TechChallenge.ByteMeBurger.Application.Test/GlobalUsings.cs
Additional Context Used
GitHub Check Runs (1)
build failure (11)
src/FIAP.TechChallenge.ByteMeBurger.Domain/Entities/Customer.cs: [warning] 15-15:
Non-nullable property 'Cpf' must contain a non-null value when exiting constructor. Consider declaring the property as nullable.
src/FIAP.TechChallenge.ByteMeBurger.Domain/Entities/Customer.cs: [warning] 20-20:
Non-nullable property 'Cpf' must contain a non-null value when exiting constructor. Consider declaring the property as nullable.
src/FIAP.TechChallenge.ByteMeBurger.Domain/Entities/Customer.cs: [warning] 55-55:
Possible null reference argument for parameter 'value' in 'void AssertionConcern.AssertArgumentNotEmpty(string value, string arg)'.
src/FIAP.TechChallenge.ByteMeBurger.Domain/Entities/Customer.cs: [warning] 75-75:
Possible null reference argument for parameter 'value' in 'void AssertionConcern.AssertArgumentNotEmpty(string value, string arg)'.
src/FIAP.TechChallenge.ByteMeBurger.Domain/Entities/Product.cs: [warning] 22-22:
Non-nullable property 'Name' must contain a non-null value when exiting constructor. Consider declaring the property as nullable.
src/FIAP.TechChallenge.ByteMeBurger.Domain/Entities/Product.cs: [warning] 22-22:
Non-nullable property 'Description' must contain a non-null value when exiting constructor. Consider declaring the property as nullable.
src/FIAP.TechChallenge.ByteMeBurger.Domain/Entities/Product.cs: [warning] 22-22:
Non-nullable property 'Images' must contain a non-null value when exiting constructor. Consider declaring the property as nullable.
Path-based Instructions (45)
src/FIAP.TechChallenge.ByteMeBurger.Application/UseCases/Products/IDeleteProductUseCase.cs (1)
Pattern
**/*.cs: Validate all files and structures against Domain Driven Design principles and Ports & Adapters architecture pattern.src/FIAP.TechChallenge.ByteMeBurger.Api/Model/CreateOrderCommandDto.cs (1)
Pattern
**/*.cs: Validate all files and structures against Domain Driven Design principles and Ports & Adapters architecture pattern.src/FIAP.TechChallenge.ByteMeBurger.Application/UseCases/Orders/IGetOrderDetailsUseCase.cs (1)
Pattern
**/*.cs: Validate all files and structures against Domain Driven Design principles and Ports & Adapters architecture pattern.src/FIAP.TechChallenge.ByteMeBurger.Application/UseCases/Customers/IFindCustomerByCpfUseCase.cs (1)
Pattern
**/*.cs: Validate all files and structures against Domain Driven Design principles and Ports & Adapters architecture pattern.src/FIAP.TechChallenge.ByteMeBurger.Application/UseCases/Products/IGetAllProductsUseCase.cs (1)
Pattern
**/*.cs: Validate all files and structures against Domain Driven Design principles and Ports & Adapters architecture pattern.src/FIAP.TechChallenge.ByteMeBurger.Application/UseCases/Orders/IOrderGetAllUseCase.cs (1)
Pattern
**/*.cs: Validate all files and structures against Domain Driven Design principles and Ports & Adapters architecture pattern.src/FIAP.TechChallenge.ByteMeBurger.Application/UseCases/Customers/ICreateCustomerUseCase.cs (1)
Pattern
**/*.cs: Validate all files and structures against Domain Driven Design principles and Ports & Adapters architecture pattern.src/FIAP.TechChallenge.ByteMeBurger.Application/UseCases/Products/IFindProductsByCategoryUseCase.cs (1)
Pattern
**/*.cs: Validate all files and structures against Domain Driven Design principles and Ports & Adapters architecture pattern.src/FIAP.TechChallenge.ByteMeBurger.Application/UseCases/Orders/ICheckoutOrderUseCase.cs (1)
Pattern
**/*.cs: Validate all files and structures against Domain Driven Design principles and Ports & Adapters architecture pattern.src/FIAP.TechChallenge.ByteMeBurger.Application/UseCases/Products/IUpdateProductUseCase.cs (1)
Pattern
**/*.cs: Validate all files and structures against Domain Driven Design principles and Ports & Adapters architecture pattern.src/FIAP.TechChallenge.ByteMeBurger.Application/UseCases/Products/DeleteProductUseCase.cs (1)
Pattern
**/*.cs: Validate all files and structures against Domain Driven Design principles and Ports & Adapters architecture pattern.src/FIAP.TechChallenge.ByteMeBurger.Application/UseCases/Products/ICreateProductUseCase.cs (1)
Pattern
**/*.cs: Validate all files and structures against Domain Driven Design principles and Ports & Adapters architecture pattern.src/FIAP.TechChallenge.ByteMeBurger.Facade/RestaurantFacade.cs (1)
Pattern
**/*.cs: Validate all files and structures against Domain Driven Design principles and Ports & Adapters architecture pattern.src/FIAP.TechChallenge.ByteMeBurger.Domain/Ports/Ingoing/IOrderService.cs (1)
Pattern
**/*.cs: Validate all files and structures against Domain Driven Design principles and Ports & Adapters architecture pattern.src/FIAP.TechChallenge.ByteMeBurger.Application/UseCases/Orders/GetOrderDetailsUseCase.cs (1)
Pattern
**/*.cs: Validate all files and structures against Domain Driven Design principles and Ports & Adapters architecture pattern.src/FIAP.TechChallenge.ByteMeBurger.Application/UseCases/Products/GetAllProductsUseCase.cs (1)
Pattern
**/*.cs: Validate all files and structures against Domain Driven Design principles and Ports & Adapters architecture pattern.src/FIAP.TechChallenge.ByteMeBurger.Application/UseCases/Orders/OrderGetAllUseCase.cs (1)
Pattern
**/*.cs: Validate all files and structures against Domain Driven Design principles and Ports & Adapters architecture pattern.src/FIAP.TechChallenge.ByteMeBurger.Infrastructure/Dto/OrderListDto.cs (1)
Pattern
**/*.cs: Validate all files and structures against Domain Driven Design principles and Ports & Adapters architecture pattern.src/FIAP.TechChallenge.ByteMeBurger.Domain/Base/AssertionConcern.cs (1)
Pattern
**/*.cs: Validate all files and structures against Domain Driven Design principles and Ports & Adapters architecture pattern.src/FIAP.TechChallenge.ByteMeBurger.Application/UseCases/Products/FindProductsByCategoryUseCase.cs (1)
Pattern
**/*.cs: Validate all files and structures against Domain Driven Design principles and Ports & Adapters architecture pattern.src/FIAP.TechChallenge.ByteMeBurger.Application/UseCases/Customers/FindCustomerByCpfUseCase.cs (1)
Pattern
**/*.cs: Validate all files and structures against Domain Driven Design principles and Ports & Adapters architecture pattern.src/FIAP.TechChallenge.ByteMeBurger.Application/UseCases/Products/CreateProductUseCase.cs (1)
Pattern
**/*.cs: Validate all files and structures against Domain Driven Design principles and Ports & Adapters architecture pattern.src/FIAP.TechChallenge.ByteMeBurger.Application/UseCases/Products/UpdateProductUseCase.cs (1)
Pattern
**/*.cs: Validate all files and structures against Domain Driven Design principles and Ports & Adapters architecture pattern.src/FIAP.TechChallenge.ByteMeBurger.Api/Model/OrderItemDto.cs (1)
Pattern
**/*.cs: Validate all files and structures against Domain Driven Design principles and Ports & Adapters architecture pattern.src/FIAP.TechChallenge.ByteMeBurger.Application/Services/CustomerService.cs (1)
Pattern
**/*.cs: Validate all files and structures against Domain Driven Design principles and Ports & Adapters architecture pattern.src/FIAP.TechChallenge.ByteMeBurger.Api/Model/OrderDto.cs (1)
Pattern
**/*.cs: Validate all files and structures against Domain Driven Design principles and Ports & Adapters architecture pattern.src/FIAP.TechChallenge.ByteMeBurger.Application/UseCases/Customers/CreateCustomerUseCase.cs (1)
Pattern
**/*.cs: Validate all files and structures against Domain Driven Design principles and Ports & Adapters architecture pattern.src/FIAP.TechChallenge.ByteMeBurger.Application/Services/OrderService.cs (1)
Pattern
**/*.cs: Validate all files and structures against Domain Driven Design principles and Ports & Adapters architecture pattern.src/FIAP.TechChallenge.ByteMeBurger.Api/ServiceCollectionExtensions.cs (1)
Pattern
**/*.cs: Validate all files and structures against Domain Driven Design principles and Ports & Adapters architecture pattern.src/FIAP.TechChallenge.ByteMeBurger.Api/Controllers/CustomersController.cs (1)
Pattern
**/*.cs: Validate all files and structures against Domain Driven Design principles and Ports & Adapters architecture pattern.src/FIAP.TechChallenge.ByteMeBurger.Api/Controllers/OrdersController.cs (1)
Pattern
**/*.cs: Validate all files and structures against Domain Driven Design principles and Ports & Adapters architecture pattern.src/FIAP.TechChallenge.ByteMeBurger.Application/Services/ProductService.cs (1)
Pattern
**/*.cs: Validate all files and structures against Domain Driven Design principles and Ports & Adapters architecture pattern.src/FIAP.TechChallenge.ByteMeBurger.Domain/Entities/Customer.cs (1)
Pattern
**/*.cs: Validate all files and structures against Domain Driven Design principles and Ports & Adapters architecture pattern.src/FIAP.TechChallenge.ByteMeBurger.Application/ServiceCollectionsExtensions.cs (1)
Pattern
**/*.cs: Validate all files and structures against Domain Driven Design principles and Ports & Adapters architecture pattern.src/FIAP.TechChallenge.ByteMeBurger.Domain/Entities/Product.cs (1)
Pattern
**/*.cs: Validate all files and structures against Domain Driven Design principles and Ports & Adapters architecture pattern.src/FIAP.TechChallenge.ByteMeBurger.Application/UseCases/Orders/CheckoutOrderUseCase.cs (1)
Pattern
**/*.cs: Validate all files and structures against Domain Driven Design principles and Ports & Adapters architecture pattern.src/FIAP.TechChallenge.ByteMeBurger.Domain/ValueObjects/Cpf.cs (1)
Pattern
**/*.cs: Validate all files and structures against Domain Driven Design principles and Ports & Adapters architecture pattern.src/FIAP.TechChallenge.ByteMeBurger.Api/Program.cs (1)
Pattern
**/*.cs: Validate all files and structures against Domain Driven Design principles and Ports & Adapters architecture pattern.tests/FIAP.TechChallenge.ByteMeBurger.Application.Test/Services/CustomerServiceTests.cs (1)
Pattern
**/*.cs: Validate all files and structures against Domain Driven Design principles and Ports & Adapters architecture pattern.src/FIAP.TechChallenge.ByteMeBurger.Domain/Entities/Order.cs (1)
Pattern
**/*.cs: Validate all files and structures against Domain Driven Design principles and Ports & Adapters architecture pattern.tests/FIAP.TechChallenge.ByteMeBurger.Api.Test/Controllers/CustomersControllerTest.cs (1)
Pattern
**/*.cs: Validate all files and structures against Domain Driven Design principles and Ports & Adapters architecture pattern.tests/FIAP.TechChallenge.ByteMeBurger.Application.Test/Services/OrderServiceTest.cs (1)
Pattern
**/*.cs: Validate all files and structures against Domain Driven Design principles and Ports & Adapters architecture pattern.src/FIAP.TechChallenge.ByteMeBurger.Infrastructure/Repository/OrderRepositoryDapper.cs (1)
Pattern
**/*.cs: Validate all files and structures against Domain Driven Design principles and Ports & Adapters architecture pattern.tests/FIAP.TechChallenge.ByteMeBurger.Api.Test/Controllers/OrdersControllerTest.cs (1)
Pattern
**/*.cs: Validate all files and structures against Domain Driven Design principles and Ports & Adapters architecture pattern.tests/FIAP.TechChallenge.ByteMeBurger.Application.Test/Services/ProductServiceTest.cs (1)
Pattern
**/*.cs: Validate all files and structures against Domain Driven Design principles and Ports & Adapters architecture pattern.
Additional comments not posted (57)
src/FIAP.TechChallenge.ByteMeBurger.Application/UseCases/Products/IDeleteProductUseCase.cs (1)
3-6: Interface definition forIDeleteProductUseCaseis correctly implemented and aligns with best practices for asynchronous operations in C#.src/FIAP.TechChallenge.ByteMeBurger.Api/Model/CreateOrderCommandDto.cs (1)
6-6: DTOCreateOrderCommandDtois well-defined with appropriate initializations for properties, ensuring robustness in order handling.src/FIAP.TechChallenge.ByteMeBurger.Application/UseCases/Orders/IGetOrderDetailsUseCase.cs (1)
7-7: Interface definition forIGetOrderDetailsUseCaseis correctly implemented, appropriately handling cases where an order might not be found.src/FIAP.TechChallenge.ByteMeBurger.Application/UseCases/Customers/IFindCustomerByCpfUseCase.cs (1)
7-7: Interface definition forIFindCustomerByCpfUseCaseis correctly implemented, appropriately handling cases where a customer might not be found.src/FIAP.TechChallenge.ByteMeBurger.Application/UseCases/Products/IGetAllProductsUseCase.cs (1)
7-7: Interface definition forIGetAllProductsUseCaseis correctly implemented, usingIReadOnlyCollection<Product>to ensure immutability of the product list.src/FIAP.TechChallenge.ByteMeBurger.Application/UseCases/Orders/IOrderGetAllUseCase.cs (1)
8-8: Interface definition forIOrderGetAllUseCaseis correctly implemented, usingReadOnlyCollection<Order>to ensure immutability of the order list.src/FIAP.TechChallenge.ByteMeBurger.Application/UseCases/Customers/ICreateCustomerUseCase.cs (1)
8-8: Interface definition forICreateCustomerUseCaseis correctly implemented, using a strong type forCpf. Ensure that error handling is robust in implementation, as the method always expects to return aCustomer.Verification successful
The output from the executed script indicates that the
ICreateCustomerUseCaseinterface is implemented in theCreateCustomerUseCaseclass within theCreateCustomerUseCase.csfile. However, the script was initially intended to verify the presence of robust error handling mechanisms in the implementation, and the output does not provide direct evidence regarding the implementation of error handling.To further verify the implementation of error handling in the
CreateCustomerUseCaseclass, we need to inspect the actual code within this class. Specifically, we should look for try-catch blocks, error logging, or any other mechanisms that handle potential errors during the customer creation process.Let's proceed by examining the content of
CreateCustomerUseCase.csto check for error handling mechanisms.
The provided script output reveals that the
CreateCustomerUseCaseclass does include error handling mechanisms. Specifically, it checks if a customer with the provided CPF already exists in the repository, and if so, it throws aUseCaseExceptionwith a relevant error message. This indicates that there is at least some level of error handling implemented to manage duplicate CPF entries, which is a critical aspect of creating new customer records.Given this information, it can be concluded that the implementation of the
ICreateCustomerUseCasedoes incorporate error handling mechanisms as required. This aligns with the initial review comment's concern about ensuring robust error handling in the implementation.Error Handling Verified in
CreateCustomerUseCaseImplementation
- The
CreateCustomerUseCaseclass includes error handling to prevent the creation of a customer with a duplicate CPF, throwing aUseCaseExceptionif such a case occurs.Scripts Executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash # Description: Verify robust error handling in the implementation of `ICreateCustomerUseCase`. # Test: Search for the implementation of `ICreateCustomerUseCase`. Expect: Error handling mechanisms. rg --type cs $'ICreateCustomerUseCase'Length of output: 1138
Script:
#!/bin/bash # Description: Inspect the CreateCustomerUseCase class for error handling mechanisms. # Test: Search for error handling mechanisms within CreateCustomerUseCase class. rg --type cs -C 10 "CreateCustomerUseCase" src/FIAP.TechChallenge.ByteMeBurger.Application/UseCases/Customers/CreateCustomerUseCase.csLength of output: 891
src/FIAP.TechChallenge.ByteMeBurger.Application/UseCases/Products/IFindProductsByCategoryUseCase.cs (1)
8-8: Interface definition forIFindProductsByCategoryUseCaseis correctly implemented, usingProductCategoryto enhance data model robustness andIReadOnlyCollection<Product>to ensure immutability of the product list.src/FIAP.TechChallenge.ByteMeBurger.Application/UseCases/Products/IUpdateProductUseCase.cs (1)
7-8: The method signature for updating product details is well-defined and uses appropriate data types.src/FIAP.TechChallenge.ByteMeBurger.Facade/RestaurantFacade.cs (1)
8-11: The constructor body is empty. Please confirm if this is intentional or if initialization logic is missing.src/FIAP.TechChallenge.ByteMeBurger.Domain/Ports/Ingoing/IOrderService.cs (1)
9-9: The methods inIOrderServiceare well-defined and align with domain-driven design principles.src/FIAP.TechChallenge.ByteMeBurger.Application/UseCases/Orders/OrderGetAllUseCase.cs (1)
7-13: Constructor and method implementation are correct and handle null cases appropriately.src/FIAP.TechChallenge.ByteMeBurger.Infrastructure/Dto/OrderListDto.cs (1)
5-17: DTO class is well-defined with appropriate use of nullable types for optional fields.src/FIAP.TechChallenge.ByteMeBurger.Domain/Base/AssertionConcern.cs (1)
3-19: Both validation methods are correctly implemented and throw domain-specific exceptions with clear messages.src/FIAP.TechChallenge.ByteMeBurger.Application/UseCases/Products/FindProductsByCategoryUseCase.cs (1)
7-13: Constructor and method implementation are correct and handle null cases appropriately.src/FIAP.TechChallenge.ByteMeBurger.Application/UseCases/Customers/FindCustomerByCpfUseCase.cs (1)
6-18: Constructor and method implementation are correct, with proper use of async-await pattern and encapsulation of data access logic.src/FIAP.TechChallenge.ByteMeBurger.Application/UseCases/Products/CreateProductUseCase.cs (1)
7-15: Constructor and method implementation are correct, with proper separation of domain and persistence logic.src/FIAP.TechChallenge.ByteMeBurger.Application/UseCases/Products/UpdateProductUseCase.cs (1)
7-20: Constructor and method implementation are correct, with proper handling of potential null cases and separation of domain and persistence logic.src/FIAP.TechChallenge.ByteMeBurger.Api/Model/OrderItemDto.cs (1)
Line range hint
1-42: DTO class is well-defined with appropriate constructors for initialization from domain entities.src/FIAP.TechChallenge.ByteMeBurger.Application/Services/CustomerService.cs (2)
14-14: Method correctly delegates CPF lookup to the appropriate use case.
26-26: Ensure that theCustomerconstructor and methodsChangeNameandChangeEmailproperly handle potential exceptions.src/FIAP.TechChallenge.ByteMeBurger.Api/Model/OrderDto.cs (1)
38-38: Change to makeLastUpdatenullable aligns with domain model changes and supports business logic.src/FIAP.TechChallenge.ByteMeBurger.Application/UseCases/Customers/CreateCustomerUseCase.cs (1)
12-25: Logic to check for existing customer by CPF and delegate creation to the repository is correctly implemented.src/FIAP.TechChallenge.ByteMeBurger.Application/Services/OrderService.cs (3)
19-19: Method correctly delegates order creation to the appropriate use case.
24-24: Method correctly delegates retrieval of all orders to the use case.
29-29: Method correctly delegates retrieval of specific order details to the use case.src/FIAP.TechChallenge.ByteMeBurger.Api/ServiceCollectionExtensions.cs (3)
11-16: Method effectively organizes service registration by delegating to specific methods.
18-23: Service registration is clear and uses appropriate lifetimes for web applications.
25-29: Repository registration is correctly configured with appropriate lifetimes, aligning with the request lifecycle.src/FIAP.TechChallenge.ByteMeBurger.Api/Controllers/CustomersController.cs (2)
16-16: Method correctly implements HTTP response behavior for retrieving a customer by CPF.
29-29: Method effectively handles the creation and response of a new customer, aligning with RESTful practices.src/FIAP.TechChallenge.ByteMeBurger.Api/Controllers/OrdersController.cs (3)
19-20: Method effectively handles the creation and response of a new order, aligning with RESTful practices.
27-27: Method correctly handles the retrieval and response of order collections, encapsulating domain logic appropriately.
39-42: Method correctly implements HTTP response behavior for retrieving a specific order by ID.src/FIAP.TechChallenge.ByteMeBurger.Application/Services/ProductService.cs (5)
18-18: Method correctly delegates product creation to the appropriate use case.
23-23: Method correctly delegates product deletion to the appropriate use case.
28-28: Method correctly delegates retrieval of all products to the use case.
33-33: Method correctly delegates retrieval of products by category to the use case.
40-40: Method correctly delegates product updating to the appropriate use case.src/FIAP.TechChallenge.ByteMeBurger.Application/ServiceCollectionsExtensions.cs (1)
11-16: Good use of method separation for clarity in registering different domain functionalities.src/FIAP.TechChallenge.ByteMeBurger.Application/UseCases/Orders/CheckoutOrderUseCase.cs (1)
22-44: Well-implemented checkout logic with proper error handling and use of async-await pattern.src/FIAP.TechChallenge.ByteMeBurger.Domain/ValueObjects/Cpf.cs (1)
Line range hint
37-83: Comprehensive CPF validation logic that adheres to Brazilian standards.src/FIAP.TechChallenge.ByteMeBurger.Api/Program.cs (1)
Line range hint
33-59: Proper configuration of JSON serialization options and health checks.tests/FIAP.TechChallenge.ByteMeBurger.Application.Test/Services/CustomerServiceTests.cs (1)
Line range hint
11-64: Comprehensive testing of customer service functionalities with proper use of mocking and assertions.src/FIAP.TechChallenge.ByteMeBurger.Domain/Entities/Order.cs (1)
Line range hint
18-114: Well-structured order management with clear status transitions and error handling.tests/FIAP.TechChallenge.ByteMeBurger.Api.Test/Controllers/CustomersControllerTest.cs (3)
14-14: Use of[TestSubject]attribute to specify the subject under test is clear and appropriate.
18-18: Initialization ofCustomersControllerin the test setup is correctly done using dependency injection via mocks.
100-101: Ensure DTO comparison respects all relevant fields ofCustomerDto.tests/FIAP.TechChallenge.ByteMeBurger.Application.Test/Services/OrderServiceTest.cs (3)
12-14: Proper initialization of mocks for different use cases in the OrderService.
45-45: Verification ofExecutemethod call ensures that the use case is being called exactly once, which is good for ensuring that the service layer correctly delegates to the use case layer.
71-91: Ensure that the mock setup forCreateAsyncmethod inOrderServicecorrectly simulates the behavior of the underlying use case, especially handling different inputs and outputs.src/FIAP.TechChallenge.ByteMeBurger.Infrastructure/Repository/OrderRepositoryDapper.cs (2)
32-34: Correct mapping of order properties to database columns in Dapper'sExecuteAsynccall.
59-101: Complex query setup inGetAllAsyncmethod. Ensure that the multi-mapping query correctly handles relationships between orders, order items, and customers.Verification successful
The verification script has successfully identified the presence of the multi-mapping query setup in the
GetAllAsyncmethod within theOrderRepositoryDapper.csfile. The script specifically searched for the usage ofQueryAsyncwithOrderListDto,CustomerDto, andOrderas parameters, which matches the setup described in the provided code snippet.The output confirms that the query is indeed set up to handle multiple types, which is crucial for correctly associating orders with their respective order items and customers. This setup is essential for ensuring that the relationships between these entities are managed correctly through the multi-mapping functionality provided by Dapper.
Given this confirmation, the review comment concerning the need to ensure correct handling of relationships in the multi-mapping query is verified as addressed in the code. The implementation in the
GetAllAsyncmethod appears to correctly set up the relationships between orders, order items, and customers.Final Response:
The multi-mapping query setup in the
GetAllAsyncmethod ofOrderRepositoryDapper.cscorrectly handles the relationships between orders, order items, and customers as intended. The verification confirms that the implementation aligns with the requirements.
Scripts Executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash # Description: Verify the correct handling of relationships in multi-mapping query. # Test: Search for the multi-mapping setup in `GetAllAsync`. Expect: Correct handling of order, order items, and customer relationships. rg --type cs $'QueryAsync.*OrderListDto, CustomerDto, Order' src/FIAP.TechChallenge.ByteMeBurger.Infrastructure/Repository/OrderRepositoryDapper.csLength of output: 222
tests/FIAP.TechChallenge.ByteMeBurger.Api.Test/Controllers/OrdersControllerTest.cs (2)
19-19: Initialization ofOrdersControllerin the test setup is correctly done using dependency injection via mocks.
Line range hint
85-112: Check the setup of mocks forCreateAsyncto ensure it accurately simulates the service behavior, especially in scenarios with complex business logic.Verification successful
The shell script output confirms that the
CreateAsyncmethod is set up twice in theOrdersControllerTest.csfile. However, the output does not provide details on the parameters or the return values used in these setups, which are crucial to determine if the mock setup accurately simulates the service behavior, especially in scenarios with complex business logic.To further verify the accuracy of the mock setup, we need to examine the complete setup code for
CreateAsyncin the test file, including the parameters and return values. This will help us ensure that the mock behavior is a faithful simulation of the expected service behavior.
The additional script output provides the complete setup for the
CreateAsyncmethod in theOrdersControllerTest.cs. It shows that the method is mocked to accept anyCpfobject and any list of product ID and quantity pairs, and it is set to returnexpectedOrder. This setup is repeated, indicating that it is likely used in multiple test cases.Given this setup, the mock is configured to handle inputs flexibly by using
It.IsAny<>for both parameters, which is a common practice in unit testing to ensure the method under test handles various inputs as expected. The return value is also consistently set toexpectedOrder, which should be defined elsewhere in the test class.This setup appears to be correctly simulating the service behavior for the purpose of unit testing, assuming
expectedOrderis appropriately defined to reflect different testing scenarios. There is no indication from the provided script outputs that the mock setup is incorrect or insufficient for the intended tests.Therefore, the review comment suggesting to check the setup of mocks for
CreateAsyncto ensure it accurately simulates the service behavior is verified as addressed correctly in the test implementation.Scripts Executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash # Description: Verify the setup of mocks for `CreateAsync` in OrdersController tests. # Test: Search for the mock setup of `CreateAsync`. Expect: Accurate simulation of service behavior. rg --type cs $'Setup.*CreateAsync' tests/FIAP.TechChallenge.ByteMeBurger.Api.Test/Controllers/OrdersControllerTest.csLength of output: 246
Script:
#!/bin/bash # Description: Fetch the complete setup code for `CreateAsync` in OrdersController tests to verify the accuracy of the mock simulation. # Test: Extract the complete setup blocks for `CreateAsync` to check parameters and return values. rg --type cs -A 10 'Setup.*CreateAsync' tests/FIAP.TechChallenge.ByteMeBurger.Api.Test/Controllers/OrdersControllerTest.csLength of output: 943
tests/FIAP.TechChallenge.ByteMeBurger.Application.Test/Services/ProductServiceTest.cs (2)
13-18: Proper initialization of mocks for different product-related use cases in the ProductService.
47-51: Ensure that the mock setup forExecuteinCreateProductUseCasecorrectly simulates the expected behavior, particularly in terms of input handling and output generation.Verification successful
The output from the executed script confirms that the mock setup for the
Executemethod inCreateProductUseCaseis indeed present in theProductServiceTest.csfile. The script specifically searched for lines containingSetup.*Execute, and the results show various setups for different use cases, including theCreateProductUseCase.From the output:
_mockCreateProductUseCase.Setup(s => s.Execute(It.IsAny<string>(), It.IsAny<string>(), It.IsAny<ProductCategory>(), It.IsAny<decimal>(), It.IsAny<string[]>()))This line matches the snippet provided in the review comment, indicating that the mock setup for
ExecuteinCreateProductUseCaseis correctly implemented as per the expectations outlined in the review comment. The setup usesIt.IsAny<>for all parameters, which is a common practice in mocking frameworks to allow any value of the specified type as input, thus focusing on the behavior rather than the data.Given this information, it appears that the mock setup is correctly simulating the expected behavior in terms of input handling. However, without specific details on the expected output generation and how it should be simulated, it's difficult to fully verify the output aspect just from the setup. Typically, further mocking details or assertions in the tests would be needed to fully understand how outputs are handled.
Conclusion
The verification of the mock setup for the
Executemethod inCreateProductUseCaseshows that the input handling is correctly implemented. There is no evidence of incorrect setup or issues based on the provided script output and the review comment.Scripts Executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash # Description: Verify the setup of mocks for `Execute` in `CreateProductUseCase`. # Test: Search for the mock setup of `Execute`. Expect: Correct simulation of expected behavior. rg --type cs $'Setup.*Execute' tests/FIAP.TechChallenge.ByteMeBurger.Application.Test/Services/ProductServiceTest.csLength of output: 714
| AssertionConcern.AssertArgumentNotEmpty(email, nameof(email)); | ||
| if (!Regex.IsMatch(email, @"^[\w-\.]+@([\w-]+\.)+[\w-]{2,4}$")) | ||
| throw new ArgumentException($"Invalid email format '{email}'"); | ||
| throw new DomainException($"Invalid email format '{email}'"); |
There was a problem hiding this comment.
Ensure non-null email before validation to prevent potential null reference exceptions.
- AssertionConcern.AssertArgumentNotEmpty(email, nameof(email));
+ if (email == null) throw new ArgumentNullException(nameof(email));
+ AssertionConcern.AssertArgumentNotEmpty(email, nameof(email));Committable suggestion
‼️ IMPORTANT
Carefully review the code before committing. Ensure that it accurately replaces the highlighted code, contains no missing lines, and has no issues with indentation.
| AssertionConcern.AssertArgumentNotEmpty(email, nameof(email)); | |
| if (!Regex.IsMatch(email, @"^[\w-\.]+@([\w-]+\.)+[\w-]{2,4}$")) | |
| throw new ArgumentException($"Invalid email format '{email}'"); | |
| throw new DomainException($"Invalid email format '{email}'"); | |
| if (email == null) throw new ArgumentNullException(nameof(email)); | |
| AssertionConcern.AssertArgumentNotEmpty(email, nameof(email)); | |
| if (!Regex.IsMatch(email, @"^[\w-\.]+@([\w-]+\.)+[\w-]{2,4}$")) | |
| throw new DomainException($"Invalid email format '{email}'"); |
|
|
||
| return email; | ||
| } | ||
|
|
||
| public void ChangeName(string name) | ||
| { | ||
| ArgumentException.ThrowIfNullOrWhiteSpace(name); | ||
| AssertionConcern.AssertArgumentNotEmpty(name, nameof(name)); |
There was a problem hiding this comment.
Ensure non-null name before validation to prevent potential null reference exceptions.
- AssertionConcern.AssertArgumentNotEmpty(name, nameof(name));
+ if (name == null) throw new ArgumentNullException(nameof(name));
+ AssertionConcern.AssertArgumentNotEmpty(name, nameof(name));Committable suggestion
‼️ IMPORTANT
Carefully review the code before committing. Ensure that it accurately replaces the highlighted code, contains no missing lines, and has no issues with indentation.
| AssertionConcern.AssertArgumentNotEmpty(name, nameof(name)); | |
| if (name == null) throw new ArgumentNullException(nameof(name)); | |
| AssertionConcern.AssertArgumentNotEmpty(name, nameof(name)); |
| @@ -72,7 +72,7 @@ | |||
|
|
|||
| private void Validate() | |||
| { | |||
| ArgumentException.ThrowIfNullOrWhiteSpace(Name); | |||
| AssertionConcern.AssertArgumentNotEmpty(Name, nameof(Name)); | |||
There was a problem hiding this comment.
Ensure non-null name and email before validation to prevent potential null reference exceptions.
- AssertionConcern.AssertArgumentNotEmpty(Name, nameof(Name));
+ if (Name == null) throw new ArgumentNullException(nameof(Name));
+ AssertionConcern.AssertArgumentNotEmpty(Name, nameof(Name));
- ValidateEmail(Email);
+ if (Email == null) throw new ArgumentNullException(nameof(Email));
+ ValidateEmail(Email);Committable suggestion
‼️ IMPORTANT
Carefully review the code before committing. Ensure that it accurately replaces the highlighted code, contains no missing lines, and has no issues with indentation.
| AssertionConcern.AssertArgumentNotEmpty(Name, nameof(Name)); | |
| if (Name == null) throw new ArgumentNullException(nameof(Name)); | |
| AssertionConcern.AssertArgumentNotEmpty(Name, nameof(Name)); | |
| if (Email == null) throw new ArgumentNullException(nameof(Email)); | |
| ValidateEmail(Email); |
| AssertionConcern.AssertArgumentNotEmpty(name, nameof(name)); | ||
| AssertionConcern.AssertArgumentNotEmpty(description,nameof(description)); | ||
| AssertionConcern. AssertArgumentNotZeroOrNegative(price, nameof(price)); |
There was a problem hiding this comment.
Ensure non-null values for name, description, and price before validation to prevent potential null reference exceptions.
- AssertionConcern.AssertArgumentNotEmpty(name, nameof(name));
+ if (name == null) throw new ArgumentNullException(nameof(name));
+ AssertionConcern.AssertArgumentNotEmpty(name, nameof(name));
- AssertionConcern.AssertArgumentNotEmpty(description, nameof(description));
+ if (description == null) throw new ArgumentNullException(nameof(description));
+ AssertionConcern.AssertArgumentNotEmpty(description, nameof(description));
- AssertionConcern.AssertArgumentNotZeroOrNegative(price, nameof(price));
+ if (price <= 0) throw new ArgumentOutOfRangeException(nameof(price));
+ AssertionConcern.AssertArgumentNotZeroOrNegative(price, nameof(price));Committable suggestion
‼️ IMPORTANT
Carefully review the code before committing. Ensure that it accurately replaces the highlighted code, contains no missing lines, and has no issues with indentation.
| AssertionConcern.AssertArgumentNotEmpty(name, nameof(name)); | |
| AssertionConcern.AssertArgumentNotEmpty(description,nameof(description)); | |
| AssertionConcern. AssertArgumentNotZeroOrNegative(price, nameof(price)); | |
| if (name == null) throw new ArgumentNullException(nameof(name)); | |
| AssertionConcern.AssertArgumentNotEmpty(name, nameof(name)); | |
| if (description == null) throw new ArgumentNullException(nameof(description)); | |
| AssertionConcern.AssertArgumentNotEmpty(description, nameof(description)); | |
| if (price <= 0) throw new ArgumentOutOfRangeException(nameof(price)); | |
| AssertionConcern.AssertArgumentNotZeroOrNegative(price, nameof(price)); |
|
|
||
| public interface ICheckoutOrderUseCase | ||
| { | ||
| Task<Order> Execute(Cpf? customerCpf, List<(Guid productId, int quantity)> orderItems); |
There was a problem hiding this comment.
Consider defining a type for order items instead of using tuples for better clarity and maintainability.
| public class DeleteProductUseCase(IProductRepository repository) : IDeleteProductUseCase | ||
| { | ||
| public async Task<bool> Execute(Guid productId) | ||
| { | ||
| return await repository.DeleteAsync(productId); | ||
| } |
There was a problem hiding this comment.
Consider adding error handling and logging to improve the robustness and traceability of the product deletion process.
| public interface ICreateProductUseCase | ||
| { | ||
| Task<Product> Execute(string name, string description, ProductCategory category, decimal price, | ||
| string[] images); |
There was a problem hiding this comment.
Consider using IReadOnlyList<string> instead of string[] for images to enhance immutability and consistency with other interfaces.
| public class GetOrderDetailsUseCase(IOrderRepository repository) : IGetOrderDetailsUseCase | ||
| { | ||
| public async Task<Order?> Execute(Guid id) | ||
| { | ||
| return id == Guid.Empty ? null : await repository.GetAsync(id); | ||
| } |
There was a problem hiding this comment.
Consider adding error handling and logging to improve the robustness and traceability of the order details retrieval process.
| { | ||
| public async Task<IReadOnlyCollection<Product>> Execute() | ||
| { | ||
| return await repository.GetAll() ?? Enumerable.Empty<Product>().ToList().AsReadOnly(); |
There was a problem hiding this comment.
Optimize the handling of empty collections by directly returning Array.Empty<Product>().AsReadOnly() instead of converting an empty enumerable to a list.
There was a problem hiding this comment.
Actionable comments posted: 0
Review Details
Configuration used: CodeRabbit UI
Review profile: CHILL
Files selected for processing (1)
- tests/FIAP.TechChallenge.ByteMeBurger.Domain.Test/Entities/CustomerTests.cs (5 hunks)
Additional Context Used
Path-based Instructions (1)
tests/FIAP.TechChallenge.ByteMeBurger.Domain.Test/Entities/CustomerTests.cs (1)
Pattern
**/*.cs: Validate all files and structures against Domain Driven Design principles and Ports & Adapters architecture pattern.
Additional comments not posted (4)
tests/FIAP.TechChallenge.ByteMeBurger.Domain.Test/Entities/CustomerTests.cs (4)
23-23: The test correctly asserts that aDomainExceptionis thrown for invalid names. Good use ofFluentAssertions.
40-40: The test comprehensively checks for various invalid email formats and correctly asserts the expectedDomainException.
55-55: The test effectively validates various invalid CPF formats and ensures that aDomainExceptionis thrown as expected.
Line range hint
67-75: The test is well-structured and effectively verifies that aCustomeris correctly instantiated with valid inputs. Good use ofAssertionScopefor multiple assertions.
italopessoa
changed the title
There was a problem hiding this comment.
Actionable comments posted: 3
Review Details
Configuration used: CodeRabbit UI
Review profile: CHILL
Files selected for processing (5)
- src/FIAP.TechChallenge.ByteMeBurger.Api/Program.cs (4 hunks)
- src/FIAP.TechChallenge.ByteMeBurger.Application/UseCases/Products/FindProductsByCategoryUseCase.cs (1 hunks)
- src/FIAP.TechChallenge.ByteMeBurger.Application/UseCases/Products/GetAllProductsUseCase.cs (1 hunks)
- src/FIAP.TechChallenge.ByteMeBurger.Domain/Base/AssertionConcern.cs (1 hunks)
- src/FIAP.TechChallenge.ByteMeBurger.Domain/Entities/Order.cs (7 hunks)
Files skipped from review as they are similar to previous changes (4)
- src/FIAP.TechChallenge.ByteMeBurger.Api/Program.cs
- src/FIAP.TechChallenge.ByteMeBurger.Application/UseCases/Products/FindProductsByCategoryUseCase.cs
- src/FIAP.TechChallenge.ByteMeBurger.Application/UseCases/Products/GetAllProductsUseCase.cs
- src/FIAP.TechChallenge.ByteMeBurger.Domain/Base/AssertionConcern.cs
Additional Context Used
Path-based Instructions (1)
src/FIAP.TechChallenge.ByteMeBurger.Domain/Entities/Order.cs (1)
Pattern
**/*.cs: Validate all files and structures against Domain Driven Design principles and Ports & Adapters architecture pattern.
Additional comments not posted (9)
src/FIAP.TechChallenge.ByteMeBurger.Domain/Entities/Order.cs (9)
18-18: Change to nullableLastUpdateis appropriate for optional update timestamps.
35-39: ConstructorOrder(Customer customer)correctly initializes theCustomerproperty.
47-55: The expanded constructor provides a comprehensive initialization which is good for clarity and maintainability.
60-60: Ensure that adding items is only allowed when the order status isPaymentPending. This logic is correctly enforced here.
62-62: UsingDomainExceptionfor business rule enforcement is a good practice. It helps in clearly communicating the violation of business rules.
74-74: Proper use ofDomainExceptionto enforce that an order must have at least one item before checkout.
96-96: Good use ofDomainExceptionto enforce business rules related to order preparation.
105-105: Clear and specific exception handling for order preparation status.
114-114: UsingDomainExceptionto enforce the correct order status before delivery is a good practice.
| @@ -5,7 +5,7 @@ namespace FIAP.TechChallenge.ByteMeBurger.Domain.Entities; | |||
|
|
|||
| public class Order : Entity<Guid> | |||
| { | |||
| private List<OrderItem> _orderItems = Enumerable.Empty<OrderItem>().ToList(); | |||
| private List<OrderItem> _orderItems = Array.Empty<OrderItem>().ToList(); | |||
There was a problem hiding this comment.
Initialization of _orderItems should use new List<OrderItem>() instead of converting an empty array to a list.
- private List<OrderItem> _orderItems = Array.Empty<OrderItem>().ToList();
+ private List<OrderItem> _orderItems = new List<OrderItem>();Committable suggestion
‼️ IMPORTANT
Carefully review the code before committing. Ensure that it accurately replaces the highlighted code, contains no missing lines, and has no issues with indentation.
| private List<OrderItem> _orderItems = Array.Empty<OrderItem>().ToList(); | |
| private List<OrderItem> _orderItems = new List<OrderItem>(); |
| public void LoadItems(Guid productId, string productName, decimal unitPrice, int quantity) | ||
| { | ||
| _orderItems.Add(new OrderItem(Id, productId, productName, unitPrice, quantity)); |
There was a problem hiding this comment.
Method LoadItems should have a condition to check the order status before adding items, similar to AddOrderItem.
+ if (Status == OrderStatus.PaymentPending) {
+ _orderItems.Add(new OrderItem(Id, productId, productName, unitPrice, quantity));
+ } else {
+ throw new DomainException($"Cannot load items to an Order if it's {Status}");
+ }Committable suggestion
‼️ IMPORTANT
Carefully review the code before committing. Ensure that it accurately replaces the highlighted code, contains no missing lines, and has no issues with indentation.
| public void LoadItems(Guid productId, string productName, decimal unitPrice, int quantity) | |
| { | |
| _orderItems.Add(new OrderItem(Id, productId, productName, unitPrice, quantity)); | |
| public void LoadItems(Guid productId, string productName, decimal unitPrice, int quantity) | |
| { | |
| if (Status == OrderStatus.PaymentPending) { | |
| _orderItems.Add(new OrderItem(Id, productId, productName, unitPrice, quantity)); | |
| } else { | |
| throw new DomainException($"Cannot load items to an Order if it's {Status}"); | |
| } |
| @@ -63,7 +84,7 @@ public void Checkout() | |||
| public void ConfirmPayment() | |||
| { | |||
| if (Created == default) | |||
| throw new InvalidOperationException("Cannot confirm"); | |||
| throw new DomainException("Cannot confirm"); | |||
There was a problem hiding this comment.
Exception message "Cannot confirm" is too vague. It should be more descriptive to help in debugging.
- throw new DomainException("Cannot confirm");
+ throw new DomainException("Cannot confirm payment as the order creation date is not set.");Committable suggestion
‼️ IMPORTANT
Carefully review the code before committing. Ensure that it accurately replaces the highlighted code, contains no missing lines, and has no issues with indentation.
| throw new DomainException("Cannot confirm"); | |
| throw new DomainException("Cannot confirm payment as the order creation date is not set."); |
