feat:Add PathBuilder class for structured URL path construction in API calls #33
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Actionable comments posted: 0
Outside diff range and nitpick comments (10)
src/libs/Replicate/Generated/Replicate.PathBuilder.g.cs (10)
7-7: Enhance the usability and maintainability by adding XML comments.The
PathBuilderclass provides a structured way to construct URL paths with query parameters, which enhances the ability to dynamically create query strings for URLs. It accommodates various parameter types and formats while ensuring proper encoding.To further improve the usability and maintainability of the class, consider adding XML comments for all publicly visible members.
Tools
GitHub Check: Test / Build, test and publish
[warning] 7-7:
Missing XML comment for publicly visible type or member 'PathBuilder'
12-12: LGTM!The constructor correctly initializes the
PathBuilderwith a path and an optional base URI. The logic is sound and follows best practices.Consider adding XML comments to describe the purpose and parameters of the constructor.
Tools
GitHub Check: Test / Build, test and publish
[warning] 12-12:
Missing XML comment for publicly visible type or member 'PathBuilder.PathBuilder(string, Uri?)'
22-22: LGTM!The method correctly adds a required parameter with a string value to the path. The logic is sound and follows best practices.
Consider adding XML comments to describe the purpose and parameters of the method.
Tools
GitHub Check: Test / Build, test and publish
[warning] 22-22:
Missing XML comment for publicly visible type or member 'PathBuilder.AddRequiredParameter(string, string)'
41-41: LGTM!The method correctly adds a required parameter with a collection of string values to the path. It supports an optional delimiter and an explode flag, providing flexibility in how the values are added to the path.
Consider adding XML comments to describe the purpose and parameters of the method.
Tools
GitHub Check: Test / Build, test and publish
[warning] 41-41:
Missing XML comment for publicly visible type or member 'PathBuilder.AddRequiredParameter(string, IEnumerable, string, bool)'
59-59: LGTM!The method correctly adds a required parameter with a collection of values of type T to the path. It uses a selector function to convert each value to a string, providing flexibility in how the values are formatted.
Consider adding XML comments to describe the purpose and parameters of the method.
Tools
GitHub Check: Test / Build, test and publish
[warning] 59-59:
Missing XML comment for publicly visible type or member 'PathBuilder.AddRequiredParameter(string, IEnumerable, Func<T, string>, string, bool)'
69-69: LGTM!The method correctly adds an optional parameter with a string value to the path. It only adds the parameter if the value is not null, providing a convenient way to conditionally include parameters.
Consider adding XML comments to describe the purpose and parameters of the method.
Tools
GitHub Check: Test / Build, test and publish
[warning] 69-69:
Missing XML comment for publicly visible type or member 'PathBuilder.AddOptionalParameter(string, string?)'
79-79: LGTM!The method correctly adds an optional parameter with a collection of string values to the path. It only adds the parameter if the value is not null, providing a convenient way to conditionally include parameters with multiple values.
Consider adding XML comments to describe the purpose and parameters of the method.
Tools
GitHub Check: Test / Build, test and publish
[warning] 79-79:
Missing XML comment for publicly visible type or member 'PathBuilder.AddOptionalParameter(string, IEnumerable?, string, bool)'
91-91: LGTM!The method correctly adds an optional parameter with a collection of values of type T to the path. It only adds the parameter if the value is not null, providing a convenient way to conditionally include parameters with multiple values. It uses a selector function to convert each value to a string, providing flexibility in how the values are formatted.
Consider adding XML comments to describe the purpose and parameters of the method.
Tools
GitHub Check: Test / Build, test and publish
[warning] 91-91:
Missing XML comment for publicly visible type or member 'PathBuilder.AddOptionalParameter(string, IEnumerable?, Func<T, string>, string, bool)'
104-104: LGTM!The method correctly adds a required parameter with a value of type T to the path. It supports an optional format string and format provider for formatting the value, providing flexibility in how the value is converted to a string. The constraint on type T ensures that the value implements the
IFormattableinterface, allowing for custom formatting.Consider adding XML comments to describe the purpose and parameters of the method.
Tools
GitHub Check: Test / Build, test and publish
[warning] 104-104:
Missing XML comment for publicly visible type or member 'PathBuilder.AddRequiredParameter(string, T, string?, IFormatProvider?)'
114-114: LGTM!The method correctly adds an optional parameter with a value of type T to the path. It only adds the parameter if the value is not null, providing a convenient way to conditionally include parameters. It supports an optional format string and format provider for formatting the value, providing flexibility in how the value is converted to a string. The constraint on type T ensures that the value implements the
IFormattableinterface, allowing for custom formatting.Consider adding XML comments to describe the purpose and parameters of the method.
Tools
GitHub Check: Test / Build, test and publish
[warning] 114-114:
Missing XML comment for publicly visible type or member 'PathBuilder.AddOptionalParameter(string, T?, string?, IFormatProvider?)'
Review details
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Review profile: CHILL
Files selected for processing (28)
- src/libs/Replicate/Generated/Replicate.PathBuilder.g.cs (1 hunks)
- src/libs/Replicate/Generated/Replicate.ReplicateApi.AccountGet.g.cs (1 hunks)
- src/libs/Replicate/Generated/Replicate.ReplicateApi.CollectionsGet.g.cs (1 hunks)
- src/libs/Replicate/Generated/Replicate.ReplicateApi.CollectionsList.g.cs (1 hunks)
- src/libs/Replicate/Generated/Replicate.ReplicateApi.DeploymentsCreate.g.cs (1 hunks)
- src/libs/Replicate/Generated/Replicate.ReplicateApi.DeploymentsDelete.g.cs (1 hunks)
- src/libs/Replicate/Generated/Replicate.ReplicateApi.DeploymentsGet.g.cs (1 hunks)
- src/libs/Replicate/Generated/Replicate.ReplicateApi.DeploymentsList.g.cs (1 hunks)
- src/libs/Replicate/Generated/Replicate.ReplicateApi.DeploymentsPredictionsCreate.g.cs (1 hunks)
- src/libs/Replicate/Generated/Replicate.ReplicateApi.DeploymentsUpdate.g.cs (1 hunks)
- src/libs/Replicate/Generated/Replicate.ReplicateApi.HardwareList.g.cs (1 hunks)
- src/libs/Replicate/Generated/Replicate.ReplicateApi.ModelsCreate.g.cs (1 hunks)
- src/libs/Replicate/Generated/Replicate.ReplicateApi.ModelsDelete.g.cs (1 hunks)
- src/libs/Replicate/Generated/Replicate.ReplicateApi.ModelsGet.g.cs (1 hunks)
- src/libs/Replicate/Generated/Replicate.ReplicateApi.ModelsList.g.cs (1 hunks)
- src/libs/Replicate/Generated/Replicate.ReplicateApi.ModelsPredictionsCreate.g.cs (1 hunks)
- src/libs/Replicate/Generated/Replicate.ReplicateApi.ModelsVersionsDelete.g.cs (1 hunks)
- src/libs/Replicate/Generated/Replicate.ReplicateApi.ModelsVersionsGet.g.cs (1 hunks)
- src/libs/Replicate/Generated/Replicate.ReplicateApi.ModelsVersionsList.g.cs (1 hunks)
- src/libs/Replicate/Generated/Replicate.ReplicateApi.PredictionsCancel.g.cs (1 hunks)
- src/libs/Replicate/Generated/Replicate.ReplicateApi.PredictionsCreate.g.cs (1 hunks)
- src/libs/Replicate/Generated/Replicate.ReplicateApi.PredictionsGet.g.cs (1 hunks)
- src/libs/Replicate/Generated/Replicate.ReplicateApi.PredictionsList.g.cs (1 hunks)
- src/libs/Replicate/Generated/Replicate.ReplicateApi.TrainingsCancel.g.cs (1 hunks)
- src/libs/Replicate/Generated/Replicate.ReplicateApi.TrainingsCreate.g.cs (1 hunks)
- src/libs/Replicate/Generated/Replicate.ReplicateApi.TrainingsGet.g.cs (1 hunks)
- src/libs/Replicate/Generated/Replicate.ReplicateApi.TrainingsList.g.cs (1 hunks)
- src/libs/Replicate/Generated/Replicate.ReplicateApi.WebhooksDefaultSecretGet.g.cs (1 hunks)
Additional context used
GitHub Check: Test / Build, test and publish
src/libs/Replicate/Generated/Replicate.PathBuilder.g.cs
[warning] 7-7:
Missing XML comment for publicly visible type or member 'PathBuilder'
[warning] 12-12:
Missing XML comment for publicly visible type or member 'PathBuilder.PathBuilder(string, Uri?)'
[warning] 22-22:
Missing XML comment for publicly visible type or member 'PathBuilder.AddRequiredParameter(string, string)'
[warning] 41-41:
Missing XML comment for publicly visible type or member 'PathBuilder.AddRequiredParameter(string, IEnumerable, string, bool)'
[warning] 59-59:
Missing XML comment for publicly visible type or member 'PathBuilder.AddRequiredParameter(string, IEnumerable, Func<T, string>, string, bool)'
[warning] 69-69:
Missing XML comment for publicly visible type or member 'PathBuilder.AddOptionalParameter(string, string?)'
[warning] 79-79:
Missing XML comment for publicly visible type or member 'PathBuilder.AddOptionalParameter(string, IEnumerable?, string, bool)'
[warning] 91-91:
Missing XML comment for publicly visible type or member 'PathBuilder.AddOptionalParameter(string, IEnumerable?, Func<T, string>, string, bool)'
[warning] 104-104:
Missing XML comment for publicly visible type or member 'PathBuilder.AddRequiredParameter(string, T, string?, IFormatProvider?)'
[warning] 114-114:
Missing XML comment for publicly visible type or member 'PathBuilder.AddOptionalParameter(string, T?, string?, IFormatProvider?)'
Additional comments not posted (29)
src/libs/Replicate/Generated/Replicate.ReplicateApi.TrainingsCancel.g.cs (1)
35-41: LGTM! ThePathBuilderclass improves code structure and maintainability.The introduction of the
PathBuilderclass provides a structured and reusable method for constructing URL paths with query parameters. This change enhances the clarity and maintainability of the code by:
- Encapsulating the path construction logic within the
PathBuilderclass.- Separating the path construction from the request creation process.
- Providing a consistent approach for building URIs across various API calls.
The resulting code is more readable and easier to maintain without altering its fundamental functionality.
src/libs/Replicate/Generated/Replicate.ReplicateApi.PredictionsCancel.g.cs (1)
35-41: LGTM!The refactoring of the request URI construction logic using the
PathBuilderclass is a good change. It enhances code readability and maintainability by isolating the path construction logic from the request creation logic.The core functionality remains unchanged, as the method still sends a POST request to cancel a prediction using the same endpoint.
src/libs/Replicate/Generated/Replicate.ReplicateApi.CollectionsList.g.cs (1)
50-56: Excellent refactoring to improve code structure and maintainability!The introduction of the
PathBuilderclass to encapsulate the path construction logic is a great improvement. It separates the concerns of path construction from the request creation process, making the code more readable and maintainable.The benefits of this change include:
- Improved code structure and adherence to the Single Responsibility Principle.
- Enhanced readability by clearly separating the path construction logic.
- Potential for code reuse and consistency across other API calls.
Great job on this refactoring!
src/libs/Replicate/Generated/Replicate.ReplicateApi.CollectionsGet.g.cs (1)
50-56: LGTM!The refactoring of the request URI construction logic using the
PathBuilderclass improves code clarity and maintainability. It separates the path construction from the request creation, making the code more structured and readable.The change does not introduce any functional alterations and aligns with the PR objective of utilizing the
PathBuilderclass across API calls to enhance URI construction.src/libs/Replicate/Generated/Replicate.ReplicateApi.DeploymentsDelete.g.cs (1)
50-53: LGTM!The changes introduce a
PathBuilderclass to construct the URL path, which improves code readability and maintainability by encapsulating the path construction logic. The changes do not alter the overall functionality of the method.Also applies to: 56-56
src/libs/Replicate/Generated/Replicate.ReplicateApi.ModelsDelete.g.cs (1)
52-58: LGTM! The refactoring improves code clarity and maintainability.The introduction of the
PathBuilderclass to encapsulate the URI construction logic is a positive change. It enhances the readability and maintainability of the code by separating the path-building logic from the request creation process.The changes do not alter the functionality of the code but make it easier to understand and modify in the future.
src/libs/Replicate/Generated/Replicate.ReplicateApi.ModelsVersionsList.g.cs (1)
61-67: LGTM!The refactor to introduce the
PathBuilderclass for constructing the request URI is a good change. It improves the code structure and maintainability by encapsulating the URI construction logic and separating it from the request creation process. The functionality of the code remains unchanged, as the constructed URI is the same as before.src/libs/Replicate/Generated/Replicate.ReplicateApi.ModelsList.g.cs (1)
65-71: LGTM! The introduction of thePathBuilderclass improves code structure and maintainability.The use of the
PathBuilderclass to construct the request URI is a positive change that enhances the clarity and maintainability of the code. By encapsulating the URI construction logic in a separate class, the concerns of path construction and request creation are properly separated, leading to a cleaner and more organized codebase.This change aligns with the best practices of code organization and promotes code reusability, as the
PathBuilderclass can potentially be utilized in other parts of the codebase.Overall, the functionality of the request remains unchanged, while the code structure and readability are improved.
src/libs/Replicate/Generated/Replicate.ReplicateApi.AccountGet.g.cs (1)
51-57: Excellent refactoring to improve code structure and maintainability!The introduction of the
PathBuilderclass is a great way to encapsulate the path construction logic and separate it from the request creation process. This change enhances the clarity and maintainability of the code by providing a structured method for constructing URL paths.The
PathBuilderis instantiated with the base URI and the specific path for the account endpoint, and the resulting path is then used to create theHttpRequestMessage. This refactoring does not alter the overall functionality but improves the code structure by aligning with best practices of modularization and separation of responsibilities.Well done on this clean and beneficial refactoring!
src/libs/Replicate/Generated/Replicate.ReplicateApi.ModelsVersionsDelete.g.cs (1)
60-66: LGTM! ThePathBuilderclass improves code structure and maintainability.The introduction of the
PathBuilderclass to construct the request URI is a positive change that enhances code readability and maintainability. By encapsulating the URI construction logic within thePathBuilder, the code separates the path-building logic from the request creation process. This promotes a cleaner and more modular code structure.Moreover, as mentioned in the AI-generated summary, the
PathBuilderclass can be utilized across various API calls, ensuring consistency in URI construction and reducing code duplication. This centralization of the path-building logic makes the code more maintainable and easier to update in the future.Overall, the changes in this code segment are well-structured and align with good coding practices.
src/libs/Replicate/Generated/Replicate.ReplicateApi.WebhooksDefaultSecretGet.g.cs (1)
48-51: Excellent refactoring to improve code readability and maintainability!The introduction of the
PathBuilderclass to construct the request URI path separately is a great improvement. It provides the following benefits:
- Encapsulates the path construction logic in a separate class, making it easier to maintain and modify in the future.
- Separates the path construction from the request creation, improving code clarity and readability.
- Makes the code more explicit and easier to understand by using a dedicated class for path building.
Additionally, the
PathBuilderclass could potentially be reused across other API calls to maintain consistency in path construction.Overall, the changes enhance the code structure without altering the functionality of the API call.
Also applies to: 54-54
src/libs/Replicate/Generated/Replicate.ReplicateApi.HardwareList.g.cs (1)
50-56: LGTM! ThePathBuilderclass improves code structure and maintainability.The introduction of the
PathBuilderclass to construct the request URI is a positive change that enhances the clarity and maintainability of the code. By encapsulating the URI construction logic, it separates the concerns of path construction and request creation, making the code more modular and easier to understand.The
PathBuilderclass likely provides a more robust and maintainable way to construct URIs with query parameters, which can make it easier to add or modify query parameters in the future.Overall, this change improves the code structure without altering the functionality, which is a good refactoring practice.
src/libs/Replicate/Generated/Replicate.ReplicateApi.ModelsGet.g.cs (1)
70-76: LGTM!The introduction of the
PathBuilderclass to construct the request URI path is a good refactoring that enhances code readability and maintainability. It separates the path construction logic from the HTTP request creation, making the code clearer and easier to understand.The
PathBuildertakes the model owner and model name as parameters to construct the path, which is then converted to a string and used in theHttpRequestMessageconstructor. This change does not alter the functionality of the method but improves the clarity of the code.src/libs/Replicate/Generated/Replicate.PathBuilder.g.cs (1)
127-127: LGTM!The
ToStringmethod correctly returns the string representation of the constructed path.src/libs/Replicate/Generated/Replicate.ReplicateApi.TrainingsList.g.cs (1)
76-82: LGTM!The introduction of the
PathBuilderclass to construct the request URI is a great refactoring that enhances code readability and maintainability. By encapsulating the URI construction logic and separating it from the request creation, the code becomes more structured and easier to understand.The functionality of the code remains the same, but the improved structure makes it more maintainable in the long run.
src/libs/Replicate/Generated/Replicate.ReplicateApi.ModelsVersionsGet.g.cs (1)
87-93: LGTM! ThePathBuilderclass improves code clarity and maintainability.The introduction of the
PathBuilderclass is a great way to encapsulate the path construction logic and separate it from the request creation process. This change enhances the readability and maintainability of the code by providing a structured approach for building URL paths.The
PathBuilderis initialized with the necessary parameters (model owner, model name, and version ID) to construct the correct path string for the request. The resulting path string is then used to create a newUriobject for the HTTP request, replacing the previous inline concatenation.Overall, this change improves the code quality and can be beneficial for other API calls as well, promoting code reuse and consistency.
src/libs/Replicate/Generated/Replicate.ReplicateApi.PredictionsList.g.cs (1)
76-82: LGTM! The introduction ofPathBuilderimproves code structure and maintainability.The changes in this code segment introduce a new
PathBuilderclass to encapsulate the URI construction logic. This is a good refactoring that enhances code readability and maintainability by separating the path construction from the request creation.The
PathBuilderis instantiated with the base URI and the specific path for predictions, and itsToString()method is called to generate the final request URI. This URI is then used to create a newHttpRequestMessage.This change does not alter the overall functionality but improves the code structure. It's likely that the
PathBuilderclass is used across various API calls to maintain consistency in URI construction.src/libs/Replicate/Generated/Replicate.ReplicateApi.TrainingsGet.g.cs (1)
79-85: Excellent refactoring to improve code clarity and maintainability!The introduction of the
PathBuilderclass to construct the request URI path is a great enhancement. It separates the path construction logic from the request creation process, promoting a cleaner and more maintainable code structure.Key benefits of this refactoring:
- Encapsulates the path-building logic within a dedicated class, improving code clarity and readability.
- Separates concerns by decoupling the path construction from the request creation.
- Promotes code reuse and consistency by allowing the
PathBuilderclass to be utilized across other API calls.The functionality of the API call remains unaffected, as the generated path string is still used to create the request URI.
Overall, this is a valuable refactoring that enhances the code quality without altering the behavior of the API call. Well done!
src/libs/Replicate/Generated/Replicate.ReplicateApi.DeploymentsList.g.cs (2)
72-75: LGTM!The introduction of the
PathBuilderclass is a great refactoring that enhances the clarity and maintainability of the code. It encapsulates the path-building logic within a dedicated class, separating it from the request creation process. ThePathBuilderis instantiated with the correct base URI and path, and itsToString()method is called to generate the final request URI. This change improves the structure and readability of the code without altering the overall functionality.
78-78: LGTM!The usage of the
__pathvariable generated by thePathBuilderto create theHttpRequestMessageis correct. TheHttpMethod.Getis appropriately used for the HTTP GET request. This change is consistent with the introduction of thePathBuilderclass and correctly utilizes the generated request URI.src/libs/Replicate/Generated/Replicate.ReplicateApi.DeploymentsGet.g.cs (1)
76-82: Excellent refactoring to improve code clarity and maintainability!The introduction of the
PathBuilderclass to handle the construction of the request URI path is a great enhancement. It separates the path construction logic from the request creation process, making the code more readable and maintainable.The
PathBuilderprovides a structured method for constructing URL paths with query parameters, which can be reused across various API calls. This change aligns with the best practice of separating concerns and promoting code reusability.Overall, this refactoring improves the code quality without altering the functionality of the API call. Well done!
src/libs/Replicate/Generated/Replicate.ReplicateApi.PredictionsGet.g.cs (1)
85-91: LGTM! ThePathBuilderclass improves code organization and maintainability.The introduction of the
PathBuilderclass to construct the request URI path is a positive change that enhances the code in several ways:
It encapsulates the path construction logic, separating it from the request creation process. This improves code organization and maintainability.
The
PathBuildertakes the base URI and prediction ID as parameters, ensuring the correct request URI is generated.The resulting path is converted to a string before being used in the
HttpRequestMessage, which is the expected format.Overall, this refactoring improves code clarity without altering the underlying functionality of the request being made.
src/libs/Replicate/Generated/Replicate.ReplicateApi.ModelsCreate.g.cs (1)
64-70: Excellent refactoring to improve code quality!The introduction of the
PathBuilderclass to encapsulate the construction of the request URI path is a great improvement. It enhances the readability and maintainability of the code by separating the path construction logic from the HTTP request creation.The benefits of this refactoring include:
- Improved code clarity and understandability by encapsulating the path construction logic.
- Increased maintainability by separating concerns and reducing the likelihood of errors.
- No impact on the functionality of the request, as the generated URI is still used in the
HttpRequestMessageconstructor.Overall, this is a well-implemented refactoring that improves the code quality without altering the behavior.
src/libs/Replicate/Generated/Replicate.ReplicateApi.DeploymentsCreate.g.cs (1)
83-89: LGTM!The introduction of the
PathBuilderclass enhances the readability and maintainability of the code by encapsulating the path construction logic. This change provides a structured method for constructing URL paths without altering the functionality of the request.The
PathBuilderis initialized with the path and base URI, and itsToStringmethod is called to generate the final request URI correctly. This refactoring improves the clarity of the code while maintaining the correctness of the request.src/libs/Replicate/Generated/Replicate.ReplicateApi.DeploymentsUpdate.g.cs (1)
87-93: LGTM! The introduction of thePathBuilderclass improves code structure and maintainability.The changes in this code segment introduce a new
PathBuilderclass to encapsulate the URI construction logic, which was previously done directly within theHttpRequestMessageconstructor. This change separates the path construction from the HTTP request creation, improving code readability and maintainability.The
PathBuilderis instantiated with the deployment owner, name, and base URI, and itsToString()method is called to generate the final URI, which is then used in theHttpRequestMessage. This refactoring does not alter the functionality but enhances the structure of the code by promoting separation of concerns.Overall, the introduction of the
PathBuilderclass is a positive change that improves the codebase.src/libs/Replicate/Generated/Replicate.ReplicateApi.PredictionsCreate.g.cs (1)
78-84: Approve the introduction of thePathBuilderclass for constructing the request path.The changes improve the code structure and maintainability by:
- Encapsulating the path construction logic within the
PathBuilderclass.- Separating the path construction from the request creation logic.
- Providing a consistent way to construct paths across the codebase.
The functionality remains unchanged as the same endpoint (
/predictions) is being called.src/libs/Replicate/Generated/Replicate.ReplicateApi.TrainingsCreate.g.cs (1)
93-99: Excellent refactoring to introduce thePathBuilderclass!The introduction of the
PathBuilderclass for constructing the request URI is a great improvement. It encapsulates the path construction logic, making the code more readable and maintainable. The separation of concerns also reduces the chances of errors in the URI format.The
PathBuilderconstructor takes the path template and base URI as arguments, allowing for a clear and concise construction of the request URI. The resulting path is then used to create a newUriobject for the HTTP request.Overall, this refactoring enhances the code quality and maintainability.
src/libs/Replicate/Generated/Replicate.ReplicateApi.DeploymentsPredictionsCreate.g.cs (1)
86-92: LGTM!The introduction of the
PathBuilderclass is a great improvement in terms of readability and maintainability. It encapsulates the logic for constructing the request URI, separating it from the request creation process. This change makes the code more structured and easier to understand.The
PathBuilderconstructor takes the path template with placeholders fordeploymentOwneranddeploymentName, along with the base URI from_httpClient.BaseAddress. The constructed path is then used to create a newSystem.Uriinstance for therequestUriparameter of theHttpRequestMessageconstructor.Overall, this refactoring enhances the code quality without altering the functionality.
src/libs/Replicate/Generated/Replicate.ReplicateApi.ModelsPredictionsCreate.g.cs (1)
91-97: Approve the refactoring of the request path construction using thePathBuilderclass.The introduction of the
PathBuilderclass improves the code in several ways:
- Encapsulates the path construction logic, making it more readable and maintainable.
- Ensures consistent application of the base URI using
_httpClient.BaseAddress.- Allows for easier modifications to the path construction logic in the future.
The changes enhance the code quality without altering the overall functionality of the method.
Summary by CodeRabbit
New Features
PathBuilderclass for improved URL path construction with support for required and optional parameters.Refactor
PathBuilderfor constructing request URIs, enhancing code readability and maintainability without changing functionality.