public static void MyClassInitialize(TestContext testContext)
{
ObjectMessageMap.Clear();
try
{
ObjectMessageMap.SetResourceManager(TestResources.ResourceManager);
// Configurations for all Exceptions
ObjectMessageMap.Configure <Exception>(cfg =>
{
// Basic simple configuration
cfg.For <EndpointNotFoundException>().UseMessage("SERVER_NOT_FOUND");
// Nested Configurations with no sub property accessor
cfg.For <BaseException>().Configure(cfg2 =>
{
cfg2.For <PermissionException>().UseMessage("PERMISSION_DENIED");
cfg2.For <NotFoundException>().UseMessage("EXCEPTION_NOT_FOUND").WithValue(ex => ObjectMessageMap.GetMessage(ex.EntityType));
// Nested Configuration with sub property accessor.
cfg2.For <MyCommunicationException>().Configure <Exception>(ex => ex.InnerException, cfg3 =>
{
// Default Configuration with sub property accessor and type change
cfg3.Default().Configure <int>(ex => ex.Data.Count, cfg4 =>
{
cfg4.For(0).UseMessage("COMMUNICATION_ERROR_0").WithValue(value => string.Format("Count: {0:d}", value));
cfg4.For(1).UseMessage("COMMUNICATION_ERROR_1").WithValue(value => string.Format("Count: {0:d}", value));
cfg4.For(2).UseMessage("COMMUNICATION_ERROR_2").WithValue(value => string.Format("Count: {0:d}", value));
});
cfg3.For <ChannelTerminatedException>().UseMessage("SERVER_ERROR");
cfg3.For <EndpointNotFoundException>().UseMessage("SERVER_NOT_FOUND2").WithValue(ex => ex.HelpLink);
cfg3.For <ServerTooBusyException>().UseMessage(ex => TestResources.SERVER_TO_BUSY);
});
});
// Sub Configuration with Conditionals and a Default
cfg.For <AppReturnedErrorException>()
.When(ex => ex.ErrorCode == ErrorCodes.Success).UseMessage("RESULT_SUCCESS").WithValue(ex => ex.AppDisplayName)
.When(ex => ex.ErrorCode == ErrorCodes.ApplicationSpecificError)
.UseMessage(ex => ex.Message)
.WithValue(ex => ex.ErrorLogEntryId)
.WithValue(ex => ex.AppDisplayName)
.WithValue(ex => ex.InstanceDisplayName)
.Default().Configure <ErrorCodes>(ex => ex.ErrorCode, cfg2 =>
{
cfg2.For(ErrorCodes.NoLicenses).UseMessage("NO_LICENSES");
cfg2.For(ErrorCodes.AccessDenied).UseMessage("ACCESS_DENIED");
});
// Sub Configuration with no Default
cfg.For <DataException>().Configure(cfg2 =>
{
cfg2.For <ReadOnlyException>().UseMessage("READ_ONLY");
cfg2.For <InvalidConstraintException>().UseMessage("INVALID_CONSTRAINT");
});
// Default for main Exception configuration
cfg.Default().UseMessage("UNKNOWN_SERVER_ERROR").WithValue(ex => ex.Message).WithValue(ex => ex.Source);
});
// Another call to ObjectMessageMap to configure entity object.
// TODO[SN] - When Entity object have a base class, then this should be that class and not object.
ObjectMessageMap.Configure <object>(cfg =>
{
cfg.For <TestUser>().UseMessage("EntityUser");
cfg.For <ApplicationInstance>().UseMessage("ENTITY_APPLICATION_INSTANCE");
cfg.For <BaseObject>().Configure(cfg2 =>
{
cfg2.For <Object1>()
.When(obj => obj.Value > 100).UseMessage("OVER_LIMIT")
.When(obj => obj.Value < 1).UseMessage("UNDER_LIMIT")
.Default().UseMessage("JUST_RIGHT");
cfg2.For <Object2>()
.When(obj => obj.Value > 1000).UseMessage("OVER_LIMIT")
.When(obj => obj.Value < 100).UseMessage("UNDER_LIMIT")
.Default().UseMessage(obj => TestResources.JUST_RIGHT);
cfg2.For <Object3>()
.When(obj => obj.Value > 5000).UseMessage("OVER_LIMIT")
.When(obj => obj.Value < 1000).UseMessage("UNDER_LIMIT")
.Default().Configure(cfg3 =>
{
cfg.For <Object3>().UseMessage("JUST_RIGHT");
});
cfg2.For <Object4>()
.When(obj => obj.Value > 1000).Configure(cfg3 =>
{
cfg3.For <Object4>().Configure <int>(obj => obj.Value, cfg4 =>
{
cfg4.For(5000).UseMessage(obj => "Bullseye!");
cfg4.Default().UseMessage(obj => "Missed");
});
});
cfg2.For <Object5>()
.When(obj => obj.Value > 1000).UseMessage("OVER_LIMIT")
.When(obj => obj.Value < 100).Configure <int>(obj => obj.Value, cfg3 =>
{
cfg3.For(50).UseMessage(value => "Bullseye!");
});
cfg2.For <Object6>()
.When(obj => obj.Value > 1000).UseMessage("OVER_LIMIT")
.Default().UseMessage("JUST_RIGHT");
});
cfg.For <Customer>().Default().UseMessage("ENTITY_CUSTOMER");
cfg.Default().UseMessage(obj => obj.ToString());
});
// Another call to ObjectMessageMap to configure enumerated types.
ObjectMessageMap.Configure <Enum>(cfg =>
{
cfg.For <UserType>("ENUM_USER_TYPE").Configure(cfg2 =>
{
cfg2.For(UserType.Unknown).UseMessage("ENUM_USER_TYPE_UNKNOWN");
cfg2.For(UserType.CustomerAdministrator).UseMessage(userType => "Customer Administrator");
cfg2.For(UserType.User).UseMessage(userType => ObjectMessageMap.GetMessage(typeof(TestUser)));
});
cfg.For <OwnerType>().UseMessage("ENUM_OWNER_TYPE");
cfg.For <MyTestEnum>().UseMessage(obj => "My Test Type");
cfg.For <UserConfigureStatus>(status => "Configuration Status").Configure(cfg2 =>
{
cfg2.For(UserConfigureStatus.Configured).UseMessage(status => "Configured");
cfg2.For(UserConfigureStatus.NotConfigured).UseMessage(status => "Not Configured");
});
cfg.Default().Configure(cfg2 =>
{
cfg2.For <ActorRole>().UseMessage("ENUM_ACTOR");
});
});
}
catch (Exception ex)
{
string s = ex.Message;
throw;
}
}
public static void MyClassCleanup()
{
ObjectMessageMap.Clear();
}