using Bit.Core.Entities;
using Bit.Core.Test.AutoFixture.Attributes;
using Bit.Infrastructure.EFIntegration.Test.AutoFixture;
using Bit.Infrastructure.EFIntegration.Test.Repositories.EqualityComparers;
using Xunit;
using EfRepo = Bit.Infrastructure.EntityFramework.Repositories;
using SqlRepo = Bit.Infrastructure.Dapper.Repositories;

namespace Bit.Infrastructure.EFIntegration.Test.Repositories;

public class DeviceRepositoryTests
{
    [CiSkippedTheory, EfDeviceAutoData]
    public async Task CreateAsync_Works_DataMatches(Device device, User user,
        DeviceCompare equalityComparer, List<EfRepo.DeviceRepository> suts,
        List<EfRepo.UserRepository> efUserRepos, SqlRepo.DeviceRepository sqlDeviceRepo,
        SqlRepo.UserRepository sqlUserRepo)
    {
        var savedDevices = new List<Device>();
        foreach (var sut in suts)
        {
            var i = suts.IndexOf(sut);

            var efUser = await efUserRepos[i].CreateAsync(user);
            device.UserId = efUser.Id;
            sut.ClearChangeTracking();

            var postEfDevice = await sut.CreateAsync(device);
            sut.ClearChangeTracking();

            var savedDevice = await sut.GetByIdAsync(postEfDevice.Id);
            savedDevices.Add(savedDevice);
        }

        var sqlUser = await sqlUserRepo.CreateAsync(user);
        device.UserId = sqlUser.Id;

        var sqlDevice = await sqlDeviceRepo.CreateAsync(device);
        var savedSqlDevice = await sqlDeviceRepo.GetByIdAsync(sqlDevice.Id);
        savedDevices.Add(savedSqlDevice);

        var distinctItems = savedDevices.Distinct(equalityComparer);
        Assert.True(!distinctItems.Skip(1).Any());
    }

}