public void Run(IPrinter printer)
{
var loader = new DefaultLoader <ILanguage>();
// we load each group here
var english = loader
.Load(Groups.English);
var spanish = loader
.Load(Groups.Spanish);
var japanese = loader
.Load(Groups.Japanese);
// each language is under the same interface
// we can use the same properties to access each
// making our code very clean
// Thank you!
PrintThankYou(english, printer);
// ¡Gracias!
PrintThankYou(spanish, printer);
// ありがと
PrintThankYou(japanese, printer);
}
public void ShouldLoadSparkMakefiles()
{
var options = new Options
{
Makefile = Path.Combine("Files", "Sakefile.shade")
};
var builder = _loader.Load(options);
builder.ShouldNotBe(null);
}
public void Startup_Configuration_in_assembly_namespace_will_be_discovered_by_default()
{
var loader = new DefaultLoader();
var configuration = loader.Load(string.Empty);
Startup.ConfigurationCalls = 0;
configuration(new AppBuilder());
Assert.Equal(1, Startup.ConfigurationCalls);
configuration = loader.Load(null);
Startup.ConfigurationCalls = 0;
configuration(new AppBuilder());
Assert.Equal(1, Startup.ConfigurationCalls);
}
public void Startup_Configuration_Attribute_will_be_discovered_by_default()
{
IList <string> errors = new List <string>();
var loader = new DefaultLoader();
Action <IAppBuilder> configuration = loader.Load(string.Empty, errors);
Startup.ConfigurationCalls = 0;
configuration(new AppBuilder());
Assert.Equal(1, Startup.ConfigurationCalls);
configuration = loader.Load(null, errors);
Startup.ConfigurationCalls = 0;
configuration(new AppBuilder());
Assert.Equal(1, Startup.ConfigurationCalls);
}
public void Run(IPrinter printer)
{
var loader = new DefaultLoader <ILanguage>();
var english = loader
.Load(Groups.English);
var spanish = loader
.Load(Groups.Spanish);
// writes "Hello!" even though we never put English on it
printer.Print(english.Hello);
// properly writes ¡Hola!
printer.Print(spanish.Hello);
}
public void An_extra_segment_will_cause_the_match_to_fail()
{
var loader = new DefaultLoader();
var configuration = loader.Load("Owin.Loader.DefaultConfigurationLoaderTests+Hello.Bar");
Assert.Null(configuration);
}
public void An_extra_segment_will_cause_the_match_to_fail()
{
var loader = new DefaultLoader();
var configuration = loader.Load("Owin.Loader.DefaultConfigurationLoaderTests+Hello.Bar");
Assert.Null(configuration);
}
private IntegratedPipelineBlueprint InitializeBlueprint()
{
IntegratedPipelineBlueprintStage firstStage = null;
string appStartup = ConfigurationManager.AppSettings[Constants.OwinAppStartup];
var loader = new DefaultLoader();
Action <IAppBuilder> startup = loader.Load(appStartup ?? string.Empty);
if (startup == null)
{
return(null);
}
var appContext = OwinBuilder.Build(builder =>
{
EnableIntegratedPipeline(builder, stage => firstStage = stage);
startup.Invoke(builder);
});
if (appContext == null)
{
return(null);
}
string basePath = Utils.NormalizePath(HttpRuntime.AppDomainAppVirtualPath);
return(new IntegratedPipelineBlueprint(appContext, firstStage, basePath));
}
public override IEnumerable <object[]> GetData(MethodInfo methodUnderTest, Type[] parameterTypes)
{
var makefiles = Directory.GetFiles(Directory.GetCurrentDirectory(), "test-*.shade").Select(Path.GetFileName);
var settings = new SakeSettings {
Output = Console.Out
};
var loader = new DefaultLoader(new DefaultLog(settings), settings);
foreach (var makefile in makefiles)
{
IBuilder builder;
try
{
builder = loader.Load(new Options {
Makefile = makefile
});
}
catch (Exception)
{
builder = null;
}
if (builder == null)
{
yield return(new object[] { makefile, null });
}
else
{
foreach (var target in builder.Targets.Values.Where(target => target.Name.StartsWith("test-")))
{
yield return(new object[] { makefile, target.Name });
}
}
}
}
public void Comma_may_be_used_if_assembly_name_doesnt_match_namespace()
{
IList <string> errors = new List <string>();
var loader = new DefaultLoader();
Action <IAppBuilder> configuration = loader.Load("DifferentNamespace.DoesNotFollowConvention, Owin.Loader.Tests", errors);
Action <IAppBuilder> alternateConfiguration = loader.Load("DifferentNamespace.DoesNotFollowConvention.AlternateConfiguration, Owin.Loader.Tests", errors);
DoesNotFollowConvention.ConfigurationCalls = 0;
DoesNotFollowConvention.AlternateConfigurationCalls = 0;
configuration(new AppBuilder());
Assert.Equal(1, DoesNotFollowConvention.ConfigurationCalls);
Assert.Equal(0, DoesNotFollowConvention.AlternateConfigurationCalls);
alternateConfiguration(new AppBuilder());
Assert.Equal(1, DoesNotFollowConvention.ConfigurationCalls);
Assert.Equal(1, DoesNotFollowConvention.AlternateConfigurationCalls);
}
internal static OwinAppContext Build()
{
string appStartup = ConfigurationManager.AppSettings[Constants.OwinAppStartup];
var loader = new DefaultLoader();
Action <IAppBuilder> startup = loader.Load(appStartup ?? string.Empty);
return(Build(startup));
}
public void Startup_inferred_given_assembly_name()
{
var loader = new DefaultLoader();
var configuration = loader.Load("Owin.Loader.Tests");
Startup.ConfigurationCalls = 0;
configuration(new AppBuilder());
Assert.Equal(1, Startup.ConfigurationCalls);
}
public void An_extra_segment_will_cause_the_match_to_fail()
{
var loader = new DefaultLoader();
IList <string> errors = new List <string>();
Action <IAppBuilder> configuration = loader.Load("Owin.Loader.Tests.DefaultConfigurationLoaderTests.Hello.Bar", errors);
Assert.Null(configuration);
Assert.NotEmpty(errors);
}
public void Load_will_find_assembly_and_type_and_static_method()
{
var loader = new DefaultLoader();
var configuration = loader.Load("Owin.Loader.Tests.DefaultConfigurationLoaderTests.Hello");
_helloCalls = 0;
configuration(new AppBuilder());
Assert.Equal(1, _helloCalls);
}
public void An_extra_segment_will_cause_the_match_to_fail()
{
var loader = new DefaultLoader();
IList<string> errors = new List<string>();
Action<IAppBuilder> configuration = loader.Load("Owin.Loader.Tests.DefaultConfigurationLoaderTests.Hello.Bar", errors);
Assert.Null(configuration);
Assert.NotEmpty(errors);
}
public void Load_will_find_assembly_and_type_and_static_method()
{
var loader = new DefaultLoader();
var configuration = loader.Load("Owin.Loader.Tests.DefaultConfigurationLoaderTests.Hello");
_helloCalls = 0;
configuration(new AppBuilder());
Assert.Equal(1, _helloCalls);
}
public void Different_OwinStartupAttribute_Definition_Works()
{
IList <string> errors = new List <string>();
var loader = new DefaultLoader();
Action <IAppBuilder> configuration = loader.Load("AlternaTeStartupAtTribute", errors);
_helloCalls = 0;
configuration(new AppBuilder());
Assert.Equal(1, _helloCalls);
}
public void Friendly_Name_Used_To_Find_Alternate_Config_Method()
{
IList <string> errors = new List <string>();
var loader = new DefaultLoader();
Action <IAppBuilder> configuration = loader.Load("AlternateConfiguraTION", errors);
Startup.AlternateConfigurationCalls = 0;
configuration(new AppBuilder());
Assert.Equal(1, Startup.AlternateConfigurationCalls);
}
public void Load_will_find_assembly_and_type_and_static_method()
{
IList <string> errors = new List <string>();
var loader = new DefaultLoader();
Action <IAppBuilder> configuration = loader.Load("Owin.Loader.Tests.DefaultConfigurationLoaderTests.Hello", errors);
_helloCalls = 0;
configuration(new AppBuilder());
Assert.Equal(1, _helloCalls);
}
public void Load_will_find_assembly_and_type_and_static_method()
{
IList<string> errors = new List<string>();
var loader = new DefaultLoader();
Action<IAppBuilder> configuration = loader.Load("Owin.Loader.Tests.DefaultConfigurationLoaderTests.Hello", errors);
_helloCalls = 0;
configuration(new AppBuilder());
Assert.Equal(1, _helloCalls);
}
public void Friendly_Name_Startup_Configuration_Attribute_will_be_discovered()
{
IList <string> errors = new List <string>();
var loader = new DefaultLoader();
Action <IAppBuilder> configuration = loader.Load("AFrienDlyName", errors);
Startup.ConfigurationCalls = 0;
configuration(new AppBuilder());
Assert.Equal(1, Startup.ConfigurationCalls);
}
public void Comma_may_be_used_if_assembly_name_doesnt_match_namespace()
{
var loader = new DefaultLoader();
var configuration = loader.Load("DifferentNamespace.DoesNotFollowConvention, Owin.Loader.Tests");
DoesNotFollowConvention.ConfigurationCalls = 0;
configuration(new AppBuilder());
Assert.Equal(1, DoesNotFollowConvention.ConfigurationCalls);
}
public void IsntCompletelyBroken()
{
var loader = new DefaultLoader <ILang>();
var lang_ = loader.Load("_");
lang_.Char
.Should()
.Be("underscore");
var langA = loader.Load("a");
langA.Char
.Should()
.Be("A");
var langB = loader.Load("b");
langB.Char
.Should()
.Be("B");
}
public void Calling_a_class_with_multiple_configs_is_okay()
{
var loader = new DefaultLoader();
var foo = loader.Load("Owin.Loader.Tests.DefaultConfigurationLoaderTests+MultiConfigs.Foo");
var bar = loader.Load("Owin.Loader.Tests.DefaultConfigurationLoaderTests+MultiConfigs.Bar");
MultiConfigs.FooCalls = 0;
MultiConfigs.BarCalls = 0;
Assert.NotNull(foo);
Assert.NotNull(bar);
foo(new AppBuilder());
Assert.Equal(1, MultiConfigs.FooCalls);
Assert.Equal(0, MultiConfigs.BarCalls);
bar(new AppBuilder());
Assert.Equal(1, MultiConfigs.FooCalls);
Assert.Equal(1, MultiConfigs.BarCalls);
}
public void Calling_a_class_with_multiple_configs_is_okay()
{
var loader = new DefaultLoader();
var foo = loader.Load("Owin.Loader.Tests.DefaultConfigurationLoaderTests+MultiConfigs.Foo");
var bar = loader.Load("Owin.Loader.Tests.DefaultConfigurationLoaderTests+MultiConfigs.Bar");
MultiConfigs.FooCalls = 0;
MultiConfigs.BarCalls = 0;
Assert.NotNull(foo);
Assert.NotNull(bar);
foo(new AppBuilder());
Assert.Equal(1, MultiConfigs.FooCalls);
Assert.Equal(0, MultiConfigs.BarCalls);
bar(new AppBuilder());
Assert.Equal(1, MultiConfigs.FooCalls);
Assert.Equal(1, MultiConfigs.BarCalls);
}
public void Method_that_returns_app_action_may_also_be_called()
{
var loader = new DefaultLoader();
var configuration = loader.Load("Owin.Loader.Tests.DefaultConfigurationLoaderTests.Alpha");
var builder = new AppBuilder();
configuration(builder);
var app = builder.Build <AppFunc>();
_alphaCalls = 0;
app(new Dictionary <string, object>());
Assert.Equal(1, _alphaCalls);
}
public void Configuration_method_defaults_to_Configuration_if_only_type_name_is_provided()
{
IList <string> errors = new List <string>();
var loader = new DefaultLoader();
Action <IAppBuilder> configuration = loader.Load("Owin.Loader.Tests.DefaultConfigurationLoaderTests+MultiConfigs", errors);
MultiConfigs.FooCalls = 0;
MultiConfigs.BarCalls = 0;
MultiConfigs.ConfigurationCalls = 0;
configuration(new AppBuilder());
Assert.Equal(0, MultiConfigs.FooCalls);
Assert.Equal(0, MultiConfigs.BarCalls);
Assert.Equal(1, MultiConfigs.ConfigurationCalls);
}
internal static Action <IAppBuilder> GetAppStartup()
{
string appStartup = ConfigurationManager.AppSettings[Constants.OwinAppStartup];
var loader = new DefaultLoader(new ReferencedAssembliesWrapper());
IList <string> errors = new List <string>();
Action <IAppBuilder> startup = loader.Load(appStartup ?? string.Empty, errors);
if (startup == null)
{
throw new EntryPointNotFoundException(Resources.Exception_AppLoderFailure
+ Environment.NewLine + " - " + string.Join(Environment.NewLine + " - ", errors)
+ (IsAutomaticAppStartupEnabled ? Environment.NewLine + Resources.Exception_HowToDisableAutoAppStartup : string.Empty)
+ Environment.NewLine + Resources.Exception_HowToSpecifyAppStartup);
}
return(startup);
}
public void Run(IPrinter printer)
{
// we assign a Loader to a variable because creating a new loader is an expensive operation.
// loading a language is *also* an expensive operation, so you should seek to minimize these operations as much as possible.
var loader =
// use a DefaultLoader for our language
new DefaultLoader <ILanguage>();
var language =
loader
// load the English group
.Load(Groups.English);
// write the greeting to the screen
printer.Print(language.Greeting);
}
public void Comma_may_be_used_if_assembly_name_doesnt_match_namespace()
{
var loader = new DefaultLoader();
var configuration = loader.Load("DifferentNamespace.DoesNotFollowConvention, Owin.Loader.Tests");
DoesNotFollowConvention.ConfigurationCalls = 0;
configuration(new AppBuilder());
Assert.Equal(1, DoesNotFollowConvention.ConfigurationCalls);
}
public void Different_OwinStartupAttribute_Definition_Works()
{
IList<string> errors = new List<string>();
var loader = new DefaultLoader();
Action<IAppBuilder> configuration = loader.Load("AlternaTeStartupAtTribute", errors);
_helloCalls = 0;
configuration(new AppBuilder());
Assert.Equal(1, _helloCalls);
}
public void Startup_Configuration_in_assembly_namespace_will_be_discovered_by_default()
{
var loader = new DefaultLoader();
var configuration = loader.Load(string.Empty);
Startup.ConfigurationCalls = 0;
configuration(new AppBuilder());
Assert.Equal(1, Startup.ConfigurationCalls);
configuration = loader.Load(null);
Startup.ConfigurationCalls = 0;
configuration(new AppBuilder());
Assert.Equal(1, Startup.ConfigurationCalls);
}
public void Method_that_returns_app_action_may_also_be_called()
{
IList<string> errors = new List<string>();
var loader = new DefaultLoader();
Action<IAppBuilder> configuration = loader.Load("Owin.Loader.Tests.DefaultConfigurationLoaderTests.Alpha", errors);
var builder = new AppBuilder();
configuration(builder);
var app = builder.Build<AppFunc>();
_alphaCalls = 0;
app(new Dictionary<string, object>());
Assert.Equal(1, _alphaCalls);
}
public void Comma_may_be_used_if_assembly_name_doesnt_match_namespace()
{
IList<string> errors = new List<string>();
var loader = new DefaultLoader();
Action<IAppBuilder> configuration = loader.Load("DifferentNamespace.DoesNotFollowConvention, Owin.Loader.Tests", errors);
Action<IAppBuilder> alternateConfiguration = loader.Load("DifferentNamespace.DoesNotFollowConvention.AlternateConfiguration, Owin.Loader.Tests", errors);
DoesNotFollowConvention.ConfigurationCalls = 0;
DoesNotFollowConvention.AlternateConfigurationCalls = 0;
configuration(new AppBuilder());
Assert.Equal(1, DoesNotFollowConvention.ConfigurationCalls);
Assert.Equal(0, DoesNotFollowConvention.AlternateConfigurationCalls);
alternateConfiguration(new AppBuilder());
Assert.Equal(1, DoesNotFollowConvention.ConfigurationCalls);
Assert.Equal(1, DoesNotFollowConvention.AlternateConfigurationCalls);
}
public void Configuration_method_defaults_to_Configuration_if_only_type_name_is_provided()
{
IList<string> errors = new List<string>();
var loader = new DefaultLoader();
Action<IAppBuilder> configuration = loader.Load("Owin.Loader.Tests.DefaultConfigurationLoaderTests+MultiConfigs", errors);
MultiConfigs.FooCalls = 0;
MultiConfigs.BarCalls = 0;
MultiConfigs.ConfigurationCalls = 0;
configuration(new AppBuilder());
Assert.Equal(0, MultiConfigs.FooCalls);
Assert.Equal(0, MultiConfigs.BarCalls);
Assert.Equal(1, MultiConfigs.ConfigurationCalls);
}
public void Startup_Configuration_Attribute_will_be_discovered_by_default()
{
IList<string> errors = new List<string>();
var loader = new DefaultLoader();
Action<IAppBuilder> configuration = loader.Load(string.Empty, errors);
Startup.ConfigurationCalls = 0;
configuration(new AppBuilder());
Assert.Equal(1, Startup.ConfigurationCalls);
configuration = loader.Load(null, errors);
Startup.ConfigurationCalls = 0;
configuration(new AppBuilder());
Assert.Equal(1, Startup.ConfigurationCalls);
}
public void Friendly_Name_Used_To_Find_Alternate_Config_Method()
{
IList<string> errors = new List<string>();
var loader = new DefaultLoader();
Action<IAppBuilder> configuration = loader.Load("AlternateConfiguraTION", errors);
Startup.AlternateConfigurationCalls = 0;
configuration(new AppBuilder());
Assert.Equal(1, Startup.AlternateConfigurationCalls);
}
public void Friendly_Name_Startup_Configuration_Attribute_will_be_discovered()
{
IList<string> errors = new List<string>();
var loader = new DefaultLoader();
Action<IAppBuilder> configuration = loader.Load("AFrienDlyName", errors);
Startup.ConfigurationCalls = 0;
configuration(new AppBuilder());
Assert.Equal(1, Startup.ConfigurationCalls);
}
public void Startup_inferred_given_assembly_name()
{
var loader = new DefaultLoader();
var configuration = loader.Load("Owin.Loader.Tests");
Startup.ConfigurationCalls = 0;
configuration(new AppBuilder());
Assert.Equal(1, Startup.ConfigurationCalls);
}