public void SetUp()
{
var changer = new N2.Edit.Workflow.StateChanger();
var activator = new ContentActivator(changer, MockRepository.GenerateStrictMock<IItemNotifier>(), new EmptyProxyFactory());
DefinitionBuilder builder = new DefinitionBuilder(new DefinitionMap(), new Fakes.FakeTypeFinder(typeof(RestrictsChildWithCardinality), typeof(ChildWithCardinality)), new TransformerBase<IUniquelyNamed>[0], new EngineSection { Definitions = new DefinitionCollection { DefineUnattributedTypes = true } });
definitions = new DefinitionManager(new[] { new DefinitionProvider(builder) }, new ITemplateProvider[0], activator, changer);
}
public void Configuration_CanAdd_Editable_ToDefinition()
{
DefinitionElement definitionElement = new DefinitionElement {
Name = "DefinitionTextPage"
};
definitionElement.Containers.Add(new ContainableElement {
Name = "X", Type = typeof(EditableCheckBoxAttribute).AssemblyQualifiedName
});
var definitionCollection = new DefinitionCollection();
definitionCollection.Add(definitionElement);
DefinitionBuilder builder = new DefinitionBuilder(new DefinitionMap(), typeFinder, new EngineSection {
Definitions = definitionCollection
});
var definitions = builder.GetDefinitions();
var textPageDefinition = definitions
.Single(d => d.ItemType == typeof(DefinitionTextPage));
var textEditors = textPageDefinition.Editables
.Where(e => e.GetType() == typeof(EditableCheckBoxAttribute));
Assert.That(textEditors.Count(), Is.EqualTo(1));
}
public void GivenIHaveCreatedALinkedFixtureForFootballWithTheFollowingBaseVariables(Table table)
{
var baseVariables = table.CreateInstance <BaseVariables>();
//
// var tradingRulesBuilder = new TradingRulesBuilder();
// var tradingRules = tradingRulesBuilder.ForSport(RestRelations.FootballOdds)
// .WithDefaultRules()
// .Build();
var connectClient = ScenarioContext.Current.Get <ConnectClient>(Constants.KeyConnectClient);
// var createdTradingRules = connectClient.CreateTradingRules(tradingRules);
var definitionBuilder = new DefinitionBuilder();
var definition = definitionBuilder.ForSport(RestRelations.FootballOdds)
.WithBaseVariables(baseVariables)
.WithDefaultLadder()
.WithDefaultTradingRules()
.Build();
var createdDefinition = connectClient.CreateDefinition(definition);
var fixture = new FixtureBuilder().ForSport(RestRelations.FootballOdds)
.ForPublicFixture()
.Build();
// fixture.Participants[0].Name = "Priya1";
// fixture.Participants[1].Name = "Priya2";
var publicCe = connectClient.CreatePublicFixture(fixture);
var linkedCe = connectClient.CreateLinkedFixture(publicCe, createdDefinition);
ScenarioContext.Current.Add(Constants.KeyLinkedCe, linkedCe);
}
public void Configuration_CanChange_Editable_OnExistingDefinition()
{
var definitionCollection = new DefinitionCollection();
definitionCollection.Add(new DefinitionElement
{
Name = "DefinitionTextPage",
Editables = new ContainableCollection {
new ContainableElement {
Name = "Title",
Title = "Page title in navigation",
Type = typeof(EditableTextAttribute).AssemblyQualifiedName
}
}
});
DefinitionBuilder builder = new DefinitionBuilder(new DefinitionMap(), typeFinder, new EngineSection {
Definitions = definitionCollection
});
var definitions = builder.GetDefinitions();
var textDefinition = definitions.Single(d => d.ItemType == typeof(DefinitionTextPage));
Assert.That(textDefinition.Editables.Any(e => e.Title == "Page title in navigation" && e.GetType() == typeof(EditableTextAttribute)));
Assert.That(textDefinition.Editables.Any(e => e.Title == "Title" || e.GetType() == typeof(WithEditableTitleAttribute)), Is.False);
}
public void GivenIHaveCreatedAPrematchLinkedFixtureForWithTheFollowingBaseVariables(string sport, Table table)
{
var prematchBaseVariables = new GTP.Domain.Sports.Cricket.PreMatchBaseVariables();
var connectClient = ScenarioContext.Current.Get <ConnectClient>(Constants.KeyConnectClient);
var definitionBuilder = new DefinitionBuilder().ForSport(RestRelations.CricketOdds)
.WithBaseVariables(new GTP.Domain.Sports.Cricket.BaseVariables())
.WithPreMatchBaseVariables(prematchBaseVariables)
.WithDefaultTradingRules()
.WithDefaultLadder();
var definition = definitionBuilder.Build();
var createdDefinitionResource = connectClient.CreateDefinition(definition);
var fixture = new FixtureBuilder().ForSport(RestRelations.CricketOdds)
.ForPublicFixture()
.Build();
var publicFixtureResource = connectClient.CreatePublicFixture(fixture);
var linkedFixtureResource = connectClient.CreateLinkedFixture(publicFixtureResource.Fixture,
createdDefinitionResource.Definition);
ScenarioContext.Current.Add(Constants.KeyLinkedCe, linkedFixtureResource);
}
public void Configuration_CanRemove_Editable_FromDefinition()
{
DefinitionElement definitionElement = new DefinitionElement {
Name = "DefinitionTextPage"
};
definitionElement.Containers.Remove(new ContainableElement {
Name = "Text"
});
var definitionCollection = new DefinitionCollection();
definitionCollection.Add(definitionElement);
DefinitionBuilder builder = new DefinitionBuilder(new DefinitionMap(), typeFinder, new EngineSection {
Definitions = definitionCollection
});
var definitions = builder.GetDefinitions();
var textPageDefinition = definitions
.Single(d => d.ItemType == typeof(DefinitionTextPage));
var textEditors = textPageDefinition.Editables
.Where(e => e.GetType() == typeof(EditableFreeTextAreaAttribute));
Assert.That(textEditors.Count(), Is.EqualTo(0));
}
public void GivenIHaveCreatedADefinitionWithNewTwoRunnerLadderForSportWithFollowingBaseVariables(string ladderName, string sport, Table table)
{
var baseVariables = SharedStepsMarketDefinitions.CreateBaseVariables(sport, table);
var connectClient = ScenarioContext.Current.Get <ConnectClient>(Constants.KeyConnectClient);
//Create a Two Runner Ladder with the specified name
var ladderBuilder = new LadderBuilder();
var ladder = ladderBuilder.WithName(ladderName).WithDefaultTwoRunnerSteps().Build();
var ladderResource = connectClient.CreateLadder(ladder);
var twoRunnerLadders = new List <Ladder>();
twoRunnerLadders.Add(ladderResource.Ladder);
//Create a definition with the two runner ladder created above
var definitionBuilder = new DefinitionBuilder();
var definition = definitionBuilder.ForSport(Sports.ToRestRelation[sport])
.WithBaseVariables(baseVariables)
.WithTwoRunnerLadders(twoRunnerLadders)
.WithDefaultLadder()
.WithDefaultTradingRules()
.Build();
var createdDefinitionResource = connectClient.CreateDefinition(definition);
ScenarioContext.Current.Add(Constants.KeyDefinition, createdDefinitionResource);
AddToCurrentScenarioContext(Constants.KeyLadder, ladderResource);
}
public DefinitionBuilder GetDefinitionBuilder()
{
if (_definitionBuilder == null)
{
var enabledLanguages = _settings.EnabledLanguages;
if (enabledLanguages == null)
{
enabledLanguages = new string[] {}
}
;
_definitionBuilder =
new DefinitionBuilder(
_settings.RootPath,
Environment.CurrentDirectory,
_settings.DefaultLanguage,
enabledLanguages,
() => {
return(GetDefaultHandlers()
.Select(x =>
new BuiltInCommand(x.Command, x.Usage)));
},
(path) => PluginLocator().LocateAllFor(path));
}
return(_definitionBuilder);
}
public void Configuration_CanAdd_Editable_ToExistingDefinition()
{
var definitionCollection = new DefinitionCollection {
DefineUnattributedTypes = true
};
definitionCollection.Add(new DefinitionElement
{
Name = "DefinitionTextPage",
Editables = new ContainableCollection {
new ContainableElement {
Name = "MetaTitle",
Title = "Page title",
Type = typeof(N2.Details.EditableTextAttribute).AssemblyQualifiedName
}
}
});
DefinitionBuilder builder = new DefinitionBuilder(new DefinitionMap(), typeFinder, new TransformerBase <IUniquelyNamed> [0], new EngineSection {
Definitions = definitionCollection
});
var definitions = builder.GetDefinitions();
var textDefinition = definitions.Single(d => d.ItemType == typeof(DefinitionTextPage));
Assert.That(textDefinition.Editables.Any(e => e.Name == "MetaTitle"));
}
public void GivenIHaveCreatedALinkedFixtureForAmericanFootballWithTheFollowingBaseVariables(string sport, Table table)
{
var baseVariables = CreateBaseVariables(sport, table);
var connectClient = ScenarioContext.Current.Get <ConnectClient>(Constants.KeyConnectClient);
var definitionBuilder = new DefinitionBuilder();
var definition = definitionBuilder.ForSport(Sports.ToRestRelation[sport])
.WithBaseVariables(baseVariables)
.WithDefaultLadder()
.WithDefaultTradingRules()
.Build();
var createdDefinitionResource = connectClient.CreateDefinition(definition);
var fixture = new FixtureBuilder().ForSport(Sports.ToRestRelation[sport])
.ForPublicFixture()
.Build();
var publicFixtureResource = connectClient.CreatePublicFixture(fixture);
var linkedFixtureResource = connectClient.CreateLinkedFixture(publicFixtureResource.Fixture,
createdDefinitionResource.Definition);
ScenarioContext.Current.Add(Constants.KeyLinkedCe, linkedFixtureResource);
}
public override void SetUp()
{
base.SetUp();
DefinitionBuilder builder = new DefinitionBuilder(new DefinitionMap(), typeFinder, new TransformerBase <IUniquelyNamed> [0], TestSupport.SetupEngineSection());
IItemNotifier notifier = mocks.DynamicMock <IItemNotifier>();
mocks.Replay(notifier);
var changer = new N2.Edit.Workflow.StateChanger();
definitions = new DefinitionManager(new[] { new DefinitionProvider(builder) }, new ContentActivator(changer, notifier, new EmptyProxyFactory()), changer, new DefinitionMap());
versioner = mocks.StrictMock <IVersionManager>();
var urls = new FakeEditUrlManager();
editManager = new EditManager(definitions, persister, versioner, null, null, null, urls, changer, new EditableHierarchyBuilder(new SecurityManager(new ThreadContext(), new EditSection()), TestSupport.SetupEngineSection()), new EditSection());
editManager.EnableVersioning = true;
var engine = new FakeEngine();
engine.Container.AddComponentInstance("editManager", typeof(IEditManager), editManager);
engine.Container.AddComponentInstance("editSection", typeof(EditSection), new EditSection());
Context.Replace(engine);
}
public static string GenerateMapping(IList <IDev2Definition> defs, enDev2ArgumentType typeOf)
{
var b = new DefinitionBuilder {
ArgumentType = typeOf, Definitions = defs
};
return(b.Generate());
}
public static IDefinitionProvider[] SetupDefinitionProviders(DefinitionMap map, params Type[] itemTypes)
{
IDefinitionProvider[] definitionProviders;
ITypeFinder typeFinder = new Fakes.FakeTypeFinder(itemTypes.Select(t => t.Assembly).FirstOrDefault() ?? Assembly.GetExecutingAssembly(), itemTypes);
var definitionBuilder = new DefinitionBuilder(map, typeFinder, new TransformerBase <IUniquelyNamed> [0], SetupEngineSection());
definitionProviders = new IDefinitionProvider[] { new DefinitionProvider(definitionBuilder) };
return(definitionProviders);
}
public ViewTemplateProvider(ViewTemplateRegistrator registrator, ViewTemplateAnalyzer analyzer, ContentActivator activator, DefinitionBuilder builder, IProvider <HttpContextBase> httpContextProvider, IProvider <VirtualPathProvider> vppProvider)
{
this.registrator = registrator;
this.analyzer = analyzer;
this.activator = activator;
this.builder = builder;
this.httpContextProvider = httpContextProvider;
this.vppProvider = vppProvider;
registrator.RegistrationAdded += (s, a) => rebuild = true;
}
public ViewTemplateProvider(ViewTemplateRegistrator registrator, ViewTemplateAnalyzer analyzer, ContentActivator activator, DefinitionBuilder builder, IProvider<HttpContextBase> httpContextProvider, IProvider<VirtualPathProvider> vppProvider)
{
this.registrator = registrator;
this.analyzer = analyzer;
this.activator = activator;
this.builder = builder;
this.httpContextProvider = httpContextProvider;
this.vppProvider = vppProvider;
registrator.RegistrationAdded += (s, a) => rebuild = true;
}
public void Configuration_CanAdd_Definition()
{
var definitionCollection = new DefinitionCollection();
definitionCollection.Add(new DefinitionElement { Name = "DefinitionUndefined", Type = typeof(DefinitionUndefined).AssemblyQualifiedName });
DefinitionBuilder builder = new DefinitionBuilder(new DefinitionMap(), typeFinder, new EngineSection { Definitions = definitionCollection });
var definitions = builder.GetDefinitions();
var undefinedDefinition = definitions
.Single(d => d.ItemType == typeof(DefinitionUndefined));
Assert.That(undefinedDefinition.IsDefined, Is.True);
}
public void Configuration_CanRemove_Definition()
{
var definitionCollection = new DefinitionCollection { DefineUnattributedTypes = true };
definitionCollection.Remove(new DefinitionElement { Name = "DefinitionTextPage" });
DefinitionBuilder builder = new DefinitionBuilder(new DefinitionMap(), typeFinder, new TransformerBase<IUniquelyNamed>[0], new EngineSection { Definitions = definitionCollection });
var definitions = builder.GetDefinitions();
var textPageDefinitions = definitions
.Where(d => d.ItemType == typeof(DefinitionTextPage));
Assert.That(textPageDefinitions.Count(), Is.EqualTo(0));
}
public void Configuration_CanRemove_Definition()
{
var definitionCollection = new DefinitionCollection();
definitionCollection.Remove(new DefinitionElement { Name = "DefinitionTextPage" });
DefinitionBuilder builder = new DefinitionBuilder(typeFinder, new EngineSection { Definitions = definitionCollection });
var definitions = builder.GetDefinitions();
var textPageDefinitions = definitions
.Where(d => d.ItemType == typeof(DefinitionTextPage));
Assert.That(textPageDefinitions.Count(), Is.EqualTo(0));
}
public void SetUp()
{
var changer = new N2.Edit.Workflow.StateChanger();
var activator = new ContentActivator(changer, MockRepository.GenerateStrictMock <IItemNotifier>(), new EmptyProxyFactory());
DefinitionBuilder builder = new DefinitionBuilder(new DefinitionMap(), new Fakes.FakeTypeFinder(typeof(RestrictsChildWithCardinality), typeof(ChildWithCardinality)), new TransformerBase <IUniquelyNamed> [0], new EngineSection {
Definitions = new DefinitionCollection {
DefineUnattributedTypes = true
}
});
definitions = new DefinitionManager(new[] { new DefinitionProvider(builder) }, activator, changer, new DefinitionMap());
}
public static void Setup(out IDefinitionManager definitions, out ContentActivator activator, out IItemNotifier notifier, out InterceptingProxyFactory proxyFactory, params Type[] itemTypes)
{
ITypeFinder typeFinder = new Fakes.FakeTypeFinder(itemTypes[0].Assembly, itemTypes);
DefinitionBuilder definitionBuilder = new DefinitionBuilder(typeFinder, new EngineSection());
notifier = new ItemNotifier();
proxyFactory = new InterceptingProxyFactory();
activator = new ContentActivator(new N2.Edit.Workflow.StateChanger(), notifier, proxyFactory);
definitions = new DefinitionManager(new [] { new DefinitionProvider(definitionBuilder) }, activator);
((DefinitionManager)definitions).Start();
}
public override void SetUp()
{
base.SetUp();
user = CreatePrincipal("SomeSchmuck");
DefinitionBuilder builder = new DefinitionBuilder(typeFinder, new EngineSection());
IItemNotifier notifier = mocks.DynamicMock <IItemNotifier>();
mocks.Replay(notifier);
activator = new ContentActivator(new N2.Edit.Workflow.StateChanger(), notifier, new EmptyProxyFactory());
definitions = new DefinitionManager(new [] { new DefinitionProvider(builder) }, activator);
}
public static void Setup(out IDefinitionProvider[] definitionProviders, out IDefinitionManager definitions, out ContentActivator activator, out IItemNotifier notifier, out InterceptingProxyFactory proxyFactory, params Type[] itemTypes)
{
ITypeFinder typeFinder = new Fakes.FakeTypeFinder(itemTypes[0].Assembly, itemTypes);
DefinitionBuilder definitionBuilder = new DefinitionBuilder(new DefinitionMap(), typeFinder, new TransformerBase <IUniquelyNamed> [0], SetupEngineSection());
notifier = new ItemNotifier();
proxyFactory = new InterceptingProxyFactory();
activator = new ContentActivator(new N2.Edit.Workflow.StateChanger(), notifier, proxyFactory);
definitionProviders = new IDefinitionProvider[] { new DefinitionProvider(definitionBuilder) };
definitions = new DefinitionManager(definitionProviders, new ITemplateProvider[0], activator, new StateChanger());
((DefinitionManager)definitions).Start();
}
public override void SetUp()
{
base.SetUp();
user = CreatePrincipal("SomeSchmuck");
map = new DefinitionMap();
DefinitionBuilder builder = new DefinitionBuilder(map, typeFinder, new TransformerBase<IUniquelyNamed>[0], new EngineSection());
IItemNotifier notifier = mocks.DynamicMock<IItemNotifier>();
mocks.Replay(notifier);
var changer = new N2.Edit.Workflow.StateChanger();
activator = new ContentActivator(changer, notifier, new EmptyProxyFactory());
definitions = new DefinitionManager(new[] { new DefinitionProvider(builder) }, new ITemplateProvider[0], activator, changer);
}
protected override void CreateText(Dictionary <uint, NuGenTokenBase> allTokens)
{
base.CreateText(allTokens);
ReadSignature();
NuGenHelperFunctions.SetSignatureItemToken(allTokens, signatureReader.ReturnType);
NuGenAssembly assembly = BaseTypeDefinition.ModuleScope.Assembly;
DefinitionBuilder.Length = 0;
if ((Flags & CorPropertyAttr.prSpecialName) == CorPropertyAttr.prSpecialName)
{
DefinitionBuilder.Append("specialname ");
}
CorPropertyAttr reservedFlags = Flags & CorPropertyAttr.prReservedMask;
if ((reservedFlags & CorPropertyAttr.prRTSpecialName) == CorPropertyAttr.prRTSpecialName)
{
DefinitionBuilder.Append("rtsspecialname ");
}
if ((signatureReader.CallingConvention & CorCallingConvention.IMAGE_CEE_CS_CALLCONV_HASTHIS) == CorCallingConvention.IMAGE_CEE_CS_CALLCONV_HASTHIS)
{
DefinitionBuilder.Append("instance ");
}
DefinitionBuilder.Append(signatureReader.ReturnType);
DefinitionBuilder.Append(" ");
DefinitionBuilder.Append(Name);
DefinitionBuilder.Append("(");
if (signatureReader.Parameters != null)
{
for (int parametersIndex = 0; parametersIndex < signatureReader.Parameters.Count; parametersIndex++)
{
NuGenBaseSignatureItem parameter = signatureReader.Parameters[parametersIndex];
NuGenHelperFunctions.SetSignatureItemToken(allTokens, parameter);
DefinitionBuilder.Append(parameter);
if (parametersIndex < signatureReader.Parameters.Count - 1)
{
DefinitionBuilder.Append(", ");
}
}
}
DefinitionBuilder.Append(")");
Definition = DefinitionBuilder.ToString();
}
public void GivenICreateAMarketDefinitionWithBaseVariablesThatHaveTheProperties(string sport, Table table)
{
var baseVariables = SharedStepsMarketDefinitions.CreateBaseVariables(sport, table);
var definition = new DefinitionBuilder().ForSport(Sports.ToRestRelation[sport])
.WithBaseVariables(baseVariables)
.WithDefaultLadder()
.WithDefaultTradingRules()
.Build();
var connectClient = ScenarioContext.Current.Get <ConnectClient>(Constants.KeyConnectClient);
var createdDefinitionResource = connectClient.CreateDefinition(definition);
ScenarioContext.Current.Add(Constants.KeyDefinition, createdDefinitionResource);
}
public static async Task WriteToFile(Options options, DefinitionBuilder builder, IEnumerable source)
{
var filename = Path.Combine(options.OutputDirectory, builder.Name + ".csv");
var directory = new DirectoryInfo(options.OutputDirectory);
if (!directory.Exists && directory.Parent != null)
{
directory.Create();
}
var dbLoader = new BulkLoader(builder.Name, source);
await dbLoader.ExportToFile(filename);
Console.WriteLine($"Exported {builder.Name} to CSV");
}
public void GivenIHaveCreatedANewMarketDefinitionForWithTheFollowingBaseVariables(string sport, Table table)
{
var baseVariables = CreateBaseVariables(sport, table);
var connectClient = ScenarioContext.Current.Get <ConnectClient>(Constants.KeyConnectClient);
var definitionBuilder = new DefinitionBuilder();
var definition = definitionBuilder.ForSport(Sports.ToRestRelation[sport])
.WithBaseVariables(baseVariables)
.WithDefaultLadder()
.WithDefaultTradingRules()
.Build();
var createdDefinitionResource = connectClient.CreateDefinition(definition);
ScenarioContext.Current.Add(Constants.KeyDefinition, createdDefinitionResource);
}
public override void SetUp()
{
base.SetUp();
user = CreatePrincipal("SomeSchmuck");
map = new DefinitionMap();
DefinitionBuilder builder = new DefinitionBuilder(map, typeFinder, new TransformerBase <IUniquelyNamed> [0], new EngineSection());
IItemNotifier notifier = mocks.DynamicMock <IItemNotifier>();
mocks.Replay(notifier);
var changer = new N2.Edit.Workflow.StateChanger();
activator = new ContentActivator(changer, notifier, new EmptyProxyFactory());
definitions = new DefinitionManager(new[] { new DefinitionProvider(builder) }, new ITemplateProvider[0], activator, changer);
}
public ContentPartTemplateProvider(
ContentActivator activator,
DefinitionBuilder builder,
IProvider <HttpContextBase> httpContextProvider,
//IProvider<VirtualPathProvider> vppProvider,
//IRepository<ContentItem> repository,
ConnectionMonitor connection,
IHost host)
{
_activator = activator;
_builder = builder;
_httpContextProvider = httpContextProvider;
_connection = connection;
//_vpp = vppProvider.Get();
//_repository = repository;
_host = host;
}
public ContentPartTemplateProvider(
ContentActivator activator,
DefinitionBuilder builder,
IProvider<HttpContextBase> httpContextProvider,
//IProvider<VirtualPathProvider> vppProvider,
//IRepository<ContentItem> repository,
ConnectionMonitor connection,
IHost host)
{
_activator = activator;
_builder = builder;
_httpContextProvider = httpContextProvider;
_connection = connection;
//_vpp = vppProvider.Get();
//_repository = repository;
_host = host;
}
public static string GenerateSerializableDefsFromDataList(string datalist, enDev2ColumnArgumentDirection direction)
{
DefinitionBuilder db = new DefinitionBuilder();
if (direction == enDev2ColumnArgumentDirection.Input)
{
db.ArgumentType = enDev2ArgumentType.Input;
}
else if (direction == enDev2ColumnArgumentDirection.Output)
{
db.ArgumentType = enDev2ArgumentType.Output;
}
db.Definitions = GenerateDefsFromDataList(datalist, direction);
return(db.Generate());
}
public void Configuration_CanAdd_Definition()
{
var definitionCollection = new DefinitionCollection();
definitionCollection.Add(new DefinitionElement {
Name = "DefinitionUndefined", Type = typeof(DefinitionUndefined).AssemblyQualifiedName
});
DefinitionBuilder builder = new DefinitionBuilder(new DefinitionMap(), typeFinder, new EngineSection {
Definitions = definitionCollection
});
var definitions = builder.GetDefinitions();
var undefinedDefinition = definitions
.Single(d => d.ItemType == typeof(DefinitionUndefined));
Assert.That(undefinedDefinition.IsDefined, Is.True);
}
public void Configuration_CanRemove_Definition()
{
var definitionCollection = new DefinitionCollection();
definitionCollection.Remove(new DefinitionElement {
Name = "DefinitionTextPage"
});
DefinitionBuilder builder = new DefinitionBuilder(new DefinitionMap(), typeFinder, new EngineSection {
Definitions = definitionCollection
});
var definitions = builder.GetDefinitions();
var textPageDefinitions = definitions
.Where(d => d.ItemType == typeof(DefinitionTextPage));
Assert.That(textPageDefinitions.Count(), Is.EqualTo(0));
}
public void Configuration_CanAdd_Editable_ToExistingDefinition()
{
var definitionCollection = new DefinitionCollection();
definitionCollection.Add(new DefinitionElement
{
Name = "DefinitionTextPage",
Editables = new ContainableCollection { new ContainableElement {
Name = "MetaTitle",
Title = "Page title",
Type = typeof(N2.Details.EditableTextAttribute).AssemblyQualifiedName } }
});
DefinitionBuilder builder = new DefinitionBuilder(new DefinitionMap(), typeFinder, new EngineSection { Definitions = definitionCollection });
var definitions = builder.GetDefinitions();
var textDefinition = definitions.Single(d => d.ItemType == typeof(DefinitionTextPage));
Assert.That(textDefinition.Editables.Any(e => e.Name == "MetaTitle"));
}
public void Configuration_CanAdd_Editable_ToDefinition()
{
DefinitionElement definitionElement = new DefinitionElement { Name = "DefinitionTextPage" };
definitionElement.Containers.Add(new ContainableElement { Name = "X", Type = typeof(EditableCheckBoxAttribute).AssemblyQualifiedName });
var definitionCollection = new DefinitionCollection();
definitionCollection.Add(definitionElement);
DefinitionBuilder builder = new DefinitionBuilder(new DefinitionMap(), typeFinder, new EngineSection { Definitions = definitionCollection });
var definitions = builder.GetDefinitions();
var textPageDefinition = definitions
.Single(d => d.ItemType == typeof(DefinitionTextPage));
var textEditors = textPageDefinition.Editables
.Where(e => e.GetType() == typeof(EditableCheckBoxAttribute));
Assert.That(textEditors.Count(), Is.EqualTo(1));
}
public void Configuration_CanRemove_Editable_FromDefinition()
{
DefinitionElement definitionElement = new DefinitionElement { Name = "DefinitionTextPage" };
definitionElement.Containers.Remove(new ContainableElement { Name = "Text" });
var definitionCollection = new DefinitionCollection();
definitionCollection.Add(definitionElement);
DefinitionBuilder builder = new DefinitionBuilder(typeFinder, new EngineSection { Definitions = definitionCollection });
var definitions = builder.GetDefinitions();
var textPageDefinition = definitions
.Single(d => d.ItemType == typeof(DefinitionTextPage));
var textEditors = textPageDefinition.Editables
.Where(e => e.GetType() == typeof(EditableFreeTextAreaAttribute));
Assert.That(textEditors.Count(), Is.EqualTo(0));
}
private static async Task Run(Options options)
{
options.Validate();
var dbdProvider = new GithubDBDProvider();
var dbcProvider = new LocalDBCProvider(options.Directory);
var dbs = Utils.GetFiles(options.Directory, "*.db2|*.dbc")
.ToDictionary(Path.GetFileNameWithoutExtension);
foreach (var db in dbs)
{
var dbcStream = await dbcProvider.StreamForTableName(db.Key);
var dbdStream = await dbdProvider.StreamForTableName(db.Key);
var dbReader = new DBReader(dbcStream);
var builder = new DefinitionBuilder(db.Key, options.Build);
var definition = builder.Generate(dbReader, dbdStream, dbs);
var storage = dbReader.GetRecords(definition);
if (storage.Count == 0)
{
Console.WriteLine($"Skipping {db.Key} - empty");
continue;
}
if (options.ExportType.HasFlag(ExportType.SQL))
{
await DBObjectWriter.WriteToServer(options, builder, storage.Values);
}
if (options.ExportType.HasFlag(ExportType.CSV))
{
await CSVObjectWriter.WriteToFile(options, builder, storage.Values);
}
}
// append foreign keys to the database
if (options.ExportType.HasFlag(ExportType.SQL) && options.ExportForeignKeys)
{
Console.WriteLine("Generating foreign keys");
await DBObjectWriter.WriteForeignKeys(options);
}
}
public void Configuration_CanChange_Editable_OnExistingDefinition()
{
var definitionCollection = new DefinitionCollection { DefineUnattributedTypes = true };
definitionCollection.Add(new DefinitionElement
{
Name = "DefinitionTextPage",
Editables = new ContainableCollection { new ContainableElement {
Name = "Title",
Title = "Page title in navigation",
Type = typeof(EditableTextAttribute).AssemblyQualifiedName } }
});
DefinitionBuilder builder = new DefinitionBuilder(new DefinitionMap(), typeFinder, new TransformerBase<IUniquelyNamed>[0], new EngineSection { Definitions = definitionCollection });
var definitions = builder.GetDefinitions();
var textDefinition = definitions.Single(d => d.ItemType == typeof(DefinitionTextPage));
Assert.That(textDefinition.Editables.Any(e => e.Title == "Page title in navigation" && e.GetType() == typeof(EditableTextAttribute)));
Assert.That(textDefinition.Editables.Any(e => e.Title == "Title" || e.GetType() == typeof(WithEditableTitleAttribute)), Is.False);
}
public override void SetUp()
{
base.SetUp();
CreatePersister();
parser = mocks.StrictMock<IUrlParser>();
ITypeFinder typeFinder = CreateTypeFinder();
DefinitionBuilder builder = new DefinitionBuilder(new DefinitionMap(), typeFinder, new TransformerBase<IUniquelyNamed>[0], TestSupport.SetupEngineSection());
IItemNotifier notifier = mocks.DynamicMock<IItemNotifier>();
mocks.Replay(notifier);
var changer = new N2.Edit.Workflow.StateChanger();
activator = new ContentActivator(changer, notifier, new EmptyProxyFactory());
definitions = new DefinitionManager(new[] { new DefinitionProvider(builder) }, new ITemplateProvider[0], activator, changer, new DefinitionMap());
finder = new FakeItemFinder(() => Enumerable.Empty<ContentItem>());
integrityManger = new IntegrityManager(definitions, finder, parser);
IntegrityEnforcer enforcer = new IntegrityEnforcer(persister, integrityManger, activator);
enforcer.Start();
}
public void GivenIHaveCreatedANewFixtureSetupInModeForWithFollowingBaseVariables(string tradeModeStr,
string sport, Table table)
{
// Parse
var tradeMode = (TradeMode)Enum.Parse(typeof(TradeMode), tradeModeStr);
var baseVariables = CreateBaseVariables(sport, table);
//Get Client
var connectClient = ScenarioContext.Current.Get <ConnectClient>(Constants.KeyConnectClient);
//Create Definition
var definitionBuilder = new DefinitionBuilder();
var definition = definitionBuilder.ForSport(Sports.ToRestRelation[sport])
.WithBaseVariables(baseVariables)
.WithDefaultLadder()
.WithDefaultTradingRules()
.Build();
var createdDefinitionResource = connectClient.CreateDefinition(definition);
//Create public Fixture
var fixture = new FixtureBuilder().ForSport(Sports.ToRestRelation[sport])
.ForPublicFixture()
.Build();
var publicFixtureResource = connectClient.CreatePublicFixture(fixture);
var linkedFixtureResource = connectClient.CreateLinkedFixture(publicFixtureResource.Fixture,
createdDefinitionResource.Definition);
// Update trade mode
if (linkedFixtureResource.Fixture.TradeMode != tradeMode)
{
linkedFixtureResource.Fixture.TradeMode = tradeMode;
linkedFixtureResource = connectClient.UpdateFixture(linkedFixtureResource);
}
ScenarioContext.Current.Add(Constants.KeyLinkedCe, linkedFixtureResource);
}
public override void SetUp()
{
base.SetUp();
DefinitionBuilder builder = new DefinitionBuilder(new DefinitionMap(), typeFinder, new TransformerBase<IUniquelyNamed>[0], TestSupport.SetupEngineSection());
IItemNotifier notifier = mocks.DynamicMock<IItemNotifier>();
mocks.Replay(notifier);
var changer = new N2.Edit.Workflow.StateChanger();
definitions = new DefinitionManager(new[] { new DefinitionProvider(builder) }, new ContentActivator(changer, notifier, new EmptyProxyFactory()), changer, new DefinitionMap());
versioner = mocks.StrictMock<IVersionManager>();
var urls = new FakeEditUrlManager();
editManager = new EditManager(definitions, persister, versioner, null, null, urls, changer, new EditableHierarchyBuilder(new SecurityManager(new ThreadContext(), new EditSection()), TestSupport.SetupEngineSection()), new EditSection());
editManager.EnableVersioning = true;
var engine = new FakeEngine();
engine.Container.AddComponentInstance("editManager", typeof(IEditManager), editManager);
engine.Container.AddComponentInstance("editSection", typeof(EditSection), new EditSection());
Context.Replace(engine);
}
public void GivenIHaveCreatedNewTwoRunnerDefaultLadderWithTheNameAndANewDefinitionAsForWithDefaultBaseVariables(string ladderName, string definitionName, string sport)
{
var baseVariables = SharedStepsMarketDefinitions.CreateDefaultBaseVariables(sport);
var connectClient = ScenarioContext.Current.Get <ConnectClient>(Constants.KeyConnectClient);
var definitionBuilder = new DefinitionBuilder();
var definition = definitionBuilder.ForSport(Sports.ToRestRelation[sport])
.WithBaseVariables(baseVariables)
.WithDefaultLadder()
.WithDefaultTradingRules()
.Build();
var createdDefinitionResource = connectClient.CreateDefinition(definition);
var ladderBuilder = new LadderBuilder();
var ladder = ladderBuilder.WithName(ladderName).WithDefaultTwoRunnerSteps().Build();
var ladderResource = connectClient.CreateLadder(ladder);
ScenarioContext.Current.Add(Constants.KeyDefinition, createdDefinitionResource);
AddToCurrentScenarioContext(Constants.KeyLadder, ladderResource);
}
public override void SetUp()
{
base.SetUp();
var urls = new FakeEditUrlManager();
DefinitionBuilder builder = new DefinitionBuilder(typeFinder, new EngineSection(), urls);
IItemNotifier notifier = mocks.DynamicMock<IItemNotifier>();
mocks.Replay(notifier);
var changer = new N2.Edit.Workflow.StateChanger();
DefinitionManager definitions = new DefinitionManager(builder, changer, notifier, new EmptyProxyFactory());
versioner = mocks.StrictMock<IVersionManager>();
editManager = new EditManager(definitions, persister, versioner, null, null, null, urls, changer, new EditSection());
editManager.EnableVersioning = true;
var engine = new FakeEngine();
engine.AddComponentInstance("editManager", typeof(IEditManager), editManager);
engine.AddComponentInstance("editSection", typeof(EditSection), new EditSection());
Context.Replace(engine);
}
public override void SetUp()
{
base.SetUp();
CreatePersister();
parser = mocks.StrictMock <IUrlParser>();
ITypeFinder typeFinder = CreateTypeFinder();
DefinitionBuilder builder = new DefinitionBuilder(typeFinder, new EngineSection());
IItemNotifier notifier = mocks.DynamicMock <IItemNotifier>();
mocks.Replay(notifier);
activator = new ContentActivator(new N2.Edit.Workflow.StateChanger(), notifier, new EmptyProxyFactory());
definitions = new DefinitionManager(new [] { new DefinitionProvider(builder) }, activator);
finder = new FakeItemFinder(definitions, () => Enumerable.Empty <ContentItem>());
integrityManger = new IntegrityManager(definitions, finder, parser);
IntegrityEnforcer enforcer = new IntegrityEnforcer(persister, integrityManger, activator);
enforcer.Start();
}
public DefinitionProvider(DefinitionBuilder definitionBuilder)
{
this.definitions = definitionBuilder.GetDefinitions().ToArray();
}
public override void SetUp()
{
base.SetUp();
builder = new DefinitionBuilder(typeFinder, new EngineSection());
}
public ViewTemplateAnalyzer(IProvider<ViewEngineCollection> viewEnginesProvider, DefinitionMap map, DefinitionBuilder builder)
{
this.viewEnginesProvider = viewEnginesProvider;
this.map = map;
this.builder = builder;
}
public ContentTemplateProvider(ContentTemplateRepository repository, DefinitionBuilder definitionBuilder)
{
this.repository = repository;
this.definitionBuilder = definitionBuilder;
}
public override void SetUp()
{
base.SetUp();
CreatePersister();
parser = mocks.StrictMock<IUrlParser>();
ITypeFinder typeFinder = CreateTypeFinder();
DefinitionBuilder builder = new DefinitionBuilder(typeFinder, new EngineSection(), new FakeEditUrlManager());
IItemNotifier notifier = mocks.DynamicMock<IItemNotifier>();
mocks.Replay(notifier);
definitions = new DefinitionManager(builder, new N2.Edit.Workflow.StateChanger(), notifier, new EmptyProxyFactory());
finder = new FakeItemFinder(definitions, () => Enumerable.Empty<ContentItem>());
integrityManger = new IntegrityManager(definitions, finder, parser);
IntegrityEnforcer enforcer = new IntegrityEnforcer(persister, integrityManger, definitions);
enforcer.Start();
}
public override void SetUp()
{
base.SetUp();
user = CreatePrincipal("SomeSchmuck");
DefinitionBuilder builder = new DefinitionBuilder(typeFinder, new EngineSection(), new FakeEditUrlManager());
IItemNotifier notifier = mocks.DynamicMock<IItemNotifier>();
mocks.Replay(notifier);
definitions = new DefinitionManager(builder, new N2.Edit.Workflow.StateChanger(), notifier, new EmptyProxyFactory());
}
public DefinitionProvider(DefinitionBuilder definitionBuilder)
{
this.definitionBuilder = definitionBuilder;
}
public override void SetUp()
{
base.SetUp();
builder = new DefinitionBuilder(new DefinitionMap(), typeFinder, new TransformerBase<IUniquelyNamed>[0], TestSupport.SetupEngineSection());
}
