public async Task TransientServiceIsDefferentperTenant_WhenUseMultitenancy()
{
// Act
string responseFirstTenant_11 = await ClientTransient.GetStringAsync(UrlTenant1).ConfigureAwait(false);
string responseFirstTenant_12 = await ClientTransient.GetStringAsync(UrlTenant1).ConfigureAwait(false);
string responseSecondTenant_21 = await ClientTransient.GetStringAsync(UrlTenant2).ConfigureAwait(false);
string responseSecondTenant_22 = await ClientTransient.GetStringAsync(UrlTenant2).ConfigureAwait(false);
// Assert
string[] col = new[] { responseFirstTenant_11, responseFirstTenant_12, responseSecondTenant_21, responseSecondTenant_22 };
Assert.All(col, x => Assert.NotNull(x));
Assert.All(col, x => Assert.NotEqual(string.Empty, x));
// Begin with tenant1.
Assert.All(new[] { responseFirstTenant_11, responseFirstTenant_12 }, x => Assert.StartsWith("Tenant 1", x));
// Begin with tenant2.
Assert.All(new[] { responseSecondTenant_21, responseSecondTenant_22 }, x => Assert.StartsWith("Tenant 2", x));
Assert.NotEqual(responseFirstTenant_11, responseFirstTenant_12);
Assert.NotEqual(responseFirstTenant_11, responseSecondTenant_21);
}
/// <summary>
/// Do the dispose.
/// </summary>
public void Dispose()
{
Server?.Dispose();
ClientTransient?.Dispose();
ClientSingleton?.Dispose();
ClientScoped?.Dispose();
ClientOverrideTransient?.Dispose();
ClientOverrideSingleton?.Dispose();
}
public async Task CanRegisterAndOverrideSingletonServiceIsPerTenant_WhenUseMultitenancy2()
{
// Act
string newAddedTenantUrl = "/tenant-5-1";
string newAddedTenantName = "Tenant 5";
IOptionsMonitor <MultitenancyOptions <TestTenant> > options = Server
.Host
.Services
.GetService(typeof(IOptionsMonitor <MultitenancyOptions <TestTenant> >)) as IOptionsMonitor <MultitenancyOptions <TestTenant> >;
//BEFORE
string responseNewTenant = await ClientTransient.GetStringAsync(newAddedTenantUrl).ConfigureAwait(false);
// protected internal HttpClient ClientTransient { get; } = new TestServer(CreateWebHostBuilder<TestTransientStartup, TestTenant, TestTenantMemoryCacheResolver>()).CreateClient();
Assert.True(string.IsNullOrWhiteSpace(responseNewTenant));
Assert.True(options.CurrentValue.Tenants.Count == 4);
//Add value in configuration
SetConfig(new Dictionary <string, string>()
{
{ "MultitenancyOptions:Tenants:4:Name", newAddedTenantName },
{ "MultitenancyOptions:Tenants:4:Theme", "" },
{ "MultitenancyOptions:Tenants:4:ConnectionString", "555555555555555" },
{ "MultitenancyOptions:Tenants:4:Hostnames:0", newAddedTenantUrl },
{ "MultitenancyOptions:Tenants:4:Hostnames:1", "localhost:555555555555555" },
});
//AFTER
// wait 1 second
Thread.Sleep(1000);
SetConfig(new Dictionary <string, string>()
{
{ "MultitenancyOptions:Tenants:4:Name", newAddedTenantName },
{ "MultitenancyOptions:Tenants:4:Theme", "" },
{ "MultitenancyOptions:Tenants:4:ConnectionString", "555555555555555" },
{ "MultitenancyOptions:Tenants:4:Hostnames:0", newAddedTenantUrl },
{ "MultitenancyOptions:Tenants:4:Hostnames:1", "localhost:555555555555555" },
});
// wait 1 second
Thread.Sleep(1000);
options = Server
.Host
.Services
.GetService(typeof(IOptionsMonitor <MultitenancyOptions <TestTenant> >)) as IOptionsMonitor <MultitenancyOptions <TestTenant> >;
responseNewTenant = await ClientTransient.GetStringAsync(newAddedTenantUrl).ConfigureAwait(false);
//Assert.StartsWith(newAddedTenantName, responseNewTenant);
Assert.True(options.CurrentValue.Tenants.Count == 5);
}