This tool is designed to help compare two types structurally to ensure consistency and compatibility. It compares the properties of the two types based on names and data types, or examines the methods within the types by analyzing parameter names, parameter types, and output types.

The primary aim of this project is to facilitate automatic checks to verify that the contracts specified in, for instance, the *.Contracts project are congruent with the controllers in the current project. By doing so, it ensures that there are no discrepancies between the contracts and the implementation in the controllers, thereby guaranteeing that the contracts remain relevant and up-to-date.

The Type Comparison Tool utilizes a sophisticated algorithm to analyze the structure of two types and systematically compare their properties and methods. It provides detailed reports highlighting any differences detected in the properties, methods, and parameters of the types being compared.

To start using, install the Nuget package StructuralComparison (it does not exist yet)

There are several methods that allow you to compare different types of data:

• Enums

public static bool Compare(Type firstType, Type secondType)
{
    AssertResult result = StructuralComparisonService.CompareEnums(firstType, secondType);

    return result.IsSuccessful;
}

If both types are not enums, then the result of the comparison will immediately contain a description of the error, and the isSuccessful property will be set to false

• CustomTypes

public static bool Compare(Type firstCustomType, Type secondCustomType)
{
    AssertResult result = StructuralComparisonService.CompareCustomTypes(firstCustomType, secondCustomType);

    return result.IsSuccessful;
}

• Methods

public static bool Compare(MethodInfo firstMethodInfo, MethodInfo secondMethodInfo)
{
    AssertResult result = StructuralComparisonService.CompareMethods(firstMethodInfo, secondMethodInfo);

    return result.IsSuccessful;
}

• Contracts

public static bool Compare(Type firstContractType, Type secondContractType)
{
    AssertResult result = StructuralComparisonService.CompareContracts(firstContractType, secondContractType);

    return result.IsSuccessful;
}

Contributions to this project are welcome. If you have suggestions, feature requests, or would like to report issues, please feel free to open an issue or submit a pull request.

This project is licensed under the MIT License. See the LICENSE file for more information.