public async Task Should_not_call_script_engine_for_frontend_user()
{
var ctx = new Context(Mocks.FrontendUser(), Mocks.App(appId));
var content = new ContentEntity {
SchemaId = schemaWithScriptId
};
await sut.EnrichAsync(ctx, new[] { content }, schemaProvider);
A.CallTo(() => scriptEngine.TransformAsync(A <ScriptVars> ._, A <string> ._, ScriptOptions()))
.MustNotHaveHappened();
}
public async Task Should_get_next_statuses_for_draft()
{
var content = CreateContent(Status.Draft, 2);
var expected = new[]
{
new StatusInfo(Status.Archived, StatusColors.Archived)
};
var result = await sut.GetNextsAsync(content, Mocks.FrontendUser("Developer"));
result.Should().BeEquivalentTo(expected);
}
public async Task Should_limit_next_statuses_if_expression_does_not_evauate_to_true()
{
var content = CreateContent(Status.Draft, 4);
var expected = new[]
{
new StatusInfo(Status.Archived, StatusColors.Archived)
};
var result = await sut.GetNextsAsync(content, Mocks.FrontendUser("Editor"));
result.Should().BeEquivalentTo(expected);
}
protected Task <ExecutionResult> ExecuteAsync(ExecutionOptions options, string?permissionId = null)
{
var context = requestContext;
if (permissionId != null)
{
var permission = Permissions.ForApp(permissionId, app.Name, schemaId.Name).Id;
context = new Context(Mocks.FrontendUser(permission: permission), app);
}
return(ExcecuteAsync(options, context));
}
public async Task Should_not_compute_ui_tokens_for_frontend()
{
var source = new AssetEntity
{
AppId = appId
};
var result = await sut.EnrichAsync(new[] { source }, new Context(Mocks.FrontendUser(), Mocks.App(appId)), default);
Assert.Null(result[0].EditToken);
A.CallTo(() => urlGenerator.Root())
.MustNotHaveHappened();
}
public async Task Should_enrich_with_schema_names()
{
var ctx = new Context(Mocks.FrontendUser(), requestContext.App);
var source = PublishedContent();
A.CallTo(() => contentWorkflow.GetInfoAsync(source))
.Returns(new StatusInfo(Status.Published, StatusColors.Published));
var result = await sut.EnrichAsync(source, ctx);
Assert.Equal("my-schema", result.SchemaName);
Assert.Equal("my-schema", result.SchemaDisplayName);
}
public void CheckPermission_should_not_throw_exception_if_content_is_from_another_user_but_user_has_permission()
{
var content = CreateContent(Status.Published);
var permission = Permissions.ForApp(Permissions.AppContentsDelete, appId.Name, schemaId.Name).Id;
var commandUser = Mocks.FrontendUser(permission: permission);
var commandActor = RefToken.User("456");
var command = CreateCommand(new DeleteContent {
Actor = commandActor, User = commandUser
});
GuardContent.CheckPermission(content, command, Permissions.AppContentsDelete);
}
public GraphQLTestBase()
{
A.CallTo(() => userResolver.QueryManyAsync(A <string[]> ._, default))
.ReturnsLazily(x =>
{
var ids = x.GetArgument <string[]>(0) !;
var users = ids.Select(id => UserMocks.User(id, $"{id}@email.com", $"name_{id}"));
return(Task.FromResult(users.ToDictionary(x => x.Id)));
});
requestContext = new Context(Mocks.FrontendUser(), TestApp.Default);
}
public async Task Should_limit_next_statuses_if_role_is_not_allowed()
{
var content = CreateContent(Status.Draft, 2);
var expected = new[]
{
new StatusInfo(Status.Archived, StatusColors.Archived),
new StatusInfo(Status.Published, StatusColors.Published)
};
var result = await sut.GetNextAsync(content, content.Status, Mocks.FrontendUser("Editor"));
result.Should().BeEquivalentTo(expected);
}
public GraphQLTestBase()
{
app = Mocks.App(appId, Language.DE, Language.GermanGermany);
var schemaDef =
new Schema("my-schema")
.AddJson(1, "my-json", Partitioning.Invariant,
new JsonFieldProperties())
.AddString(2, "my-string", Partitioning.Language,
new StringFieldProperties())
.AddNumber(3, "my-number", Partitioning.Invariant,
new NumberFieldProperties())
.AddNumber(4, "my_number", Partitioning.Invariant,
new NumberFieldProperties())
.AddAssets(5, "my-assets", Partitioning.Invariant,
new AssetsFieldProperties())
.AddBoolean(6, "my-boolean", Partitioning.Invariant,
new BooleanFieldProperties())
.AddDateTime(7, "my-datetime", Partitioning.Invariant,
new DateTimeFieldProperties())
.AddReferences(8, "my-references", Partitioning.Invariant,
new ReferencesFieldProperties {
SchemaId = schemaId.Id
})
.AddReferences(9, "my-invalid", Partitioning.Invariant,
new ReferencesFieldProperties {
SchemaId = Guid.NewGuid()
})
.AddGeolocation(10, "my-geolocation", Partitioning.Invariant,
new GeolocationFieldProperties())
.AddTags(11, "my-tags", Partitioning.Invariant,
new TagsFieldProperties())
.AddString(12, "my-localized", Partitioning.Language,
new StringFieldProperties())
.AddArray(13, "my-array", Partitioning.Invariant, f => f
.AddBoolean(121, "nested-boolean")
.AddNumber(122, "nested-number")
.AddNumber(123, "nested_number"))
.ConfigureScripts(new SchemaScripts {
Query = "<query-script>"
})
.Publish();
schema = Mocks.Schema(appId, schemaId, schemaDef);
requestContext = new Context(Mocks.FrontendUser(), app);
sut = CreateSut();
}
public ContentEnricherReferencesTests()
{
requestContext = new Context(Mocks.FrontendUser(), Mocks.App(appId, Language.DE));
var refSchemaDef =
new Schema("my-ref")
.AddString(1, "name", Partitioning.Invariant,
new StringFieldProperties {
IsReferenceField = true
})
.AddNumber(2, "number", Partitioning.Invariant,
new NumberFieldProperties {
IsReferenceField = true
});
var schemaDef =
new Schema(schemaId.Name)
.AddReferences(1, "ref1", Partitioning.Invariant, new ReferencesFieldProperties
{
ResolveReference = true,
IsListField = true,
MinItems = 1,
MaxItems = 1,
SchemaId = refSchemaId1.Id
})
.AddReferences(2, "ref2", Partitioning.Invariant, new ReferencesFieldProperties
{
ResolveReference = true,
IsListField = true,
MinItems = 1,
MaxItems = 1,
SchemaId = refSchemaId2.Id
});
void SetupSchema(NamedId <Guid> id, Schema def)
{
var schemaEntity = Mocks.Schema(appId, id, def);
A.CallTo(() => contentQuery.GetSchemaOrThrowAsync(requestContext, id.Id.ToString()))
.Returns(schemaEntity);
}
SetupSchema(schemaId, schemaDef);
SetupSchema(refSchemaId1, refSchemaDef);
SetupSchema(refSchemaId2, refSchemaDef);
sut = new ContentEnricher(new Lazy <IContentQueryService>(() => contentQuery), contentWorkflow);
}
public ContentQueryParserTests()
{
var options = Options.Create(new ContentOptions { DefaultPageSize = 30 });
requestContext = new Context(Mocks.FrontendUser(), Mocks.App(appId));
var schemaDef =
new Schema(schemaId.Name)
.AddString(1, "firstName", Partitioning.Invariant);
schema = Mocks.Schema(appId, schemaId, schemaDef);
var cache = new MemoryCache(Options.Create(new MemoryCacheOptions()));
sut = new ContentQueryParser(cache, JsonHelper.DefaultSerializer, options);
}
public async Task Should_not_enrich_references_if_disabled()
{
var contents = new[]
{
CreateContent(new[] { Guid.NewGuid() }, new Guid[0])
};
var ctx = new Context(Mocks.FrontendUser(), Mocks.App(appId)).WithoutContentEnrichment(true);
await sut.EnrichAsync(ctx, contents, schemaProvider);
Assert.Null(contents[0].ReferenceData);
A.CallTo(() => contentQuery.QueryAsync(A <Context> .Ignored, A <List <Guid> > .Ignored))
.MustNotHaveHappened();
}
public async Task Should_not_enrich_references_if_disabled()
{
var contents = new[]
{
CreateContent(new[] { DomainId.NewGuid() }, Array.Empty <DomainId>())
};
var ctx = new Context(Mocks.FrontendUser(), Mocks.App(appId)).WithoutContentEnrichment(true);
await sut.EnrichAsync(ctx, contents, schemaProvider);
Assert.Null(contents[0].ReferenceData);
A.CallTo(() => assetQuery.QueryAsync(A <Context> ._, null, A <Q> ._))
.MustNotHaveHappened();
}
public async Task Should_not_call_script_engine_for_frontend_user()
{
var ctx = new Context(Mocks.FrontendUser(), Mocks.App(appId));
var(provider, schemaId) = CreateSchema(
query: "my-query");
var content = new ContentEntity {
Data = new ContentData(), SchemaId = schemaId
};
await sut.EnrichAsync(ctx, new[] { content }, provider, default);
A.CallTo(() => scriptEngine.TransformAsync(A <ScriptVars> ._, A <string> ._, ScriptOptions(), A <CancellationToken> ._))
.MustNotHaveHappened();
}
public ContentQueryParserTests()
{
var options = Options.Create(new ContentOptions {
DefaultPageSize = 30
});
requestContext = new Context(Mocks.FrontendUser(), Mocks.App(appId));
var schemaDef =
new Schema(schemaId.Name)
.AddString(1, "firstName", Partitioning.Invariant)
.AddGeolocation(2, "geo", Partitioning.Invariant);
schema = Mocks.Schema(appId, schemaId, schemaDef);
var cache = new MemoryCache(Options.Create(new MemoryCacheOptions()));
sut = new ContentQueryParser(appProvider, textIndex, options, cache, TestUtils.DefaultSerializer);
}
public AssetQueryServiceTests()
{
requestContext = new Context(Mocks.FrontendUser(), Mocks.App(appId));
SetupEnricher();
A.CallTo(() => queryParser.ParseAsync(requestContext, A <Q> ._))
.ReturnsLazily(c => Task.FromResult(c.GetArgument <Q>(1) !));
var options = Options.Create(new AssetOptions());
sut = new AssetQueryService(
assetEnricher,
assetRepository,
assetLoader,
assetFolderRepository,
options,
queryParser);
}
public async Task Should_cleanup_references()
{
var id1 = Guid.NewGuid();
var id2 = Guid.NewGuid();
var source = BuildTestData(id1, id2);
var content = CreateContent(source);
var expected =
new NamedContentData()
.AddField("references",
new ContentFieldData()
.AddJsonValue(JsonValue.Array(id2)))
.AddField("assets",
new ContentFieldData()
.AddJsonValue(JsonValue.Array()))
.AddField("array",
new ContentFieldData()
.AddJsonValue(
JsonValue.Array(
JsonValue.Object()
.Add("nested", JsonValue.Array(id2)))));
A.CallTo(() => assetRepository.QueryIdsAsync(appId.Id, A <HashSet <Guid> > .That.Is(id1, id2)))
.Returns(new List <Guid> {
id2
});
A.CallTo(() => contentRepository.QueryIdsAsync(appId.Id, A <HashSet <Guid> > .That.Is(id1, id2)))
.Returns(new List <(Guid, Guid)> {
(id2, id2)
});
var ctx = new Context(Mocks.FrontendUser(), Mocks.App(appId));
await sut.EnrichAsync(ctx, Enumerable.Repeat(content, 1), schemaProvider);
Assert.Equal(expected, content.Data);
Assert.Equal(expected, content.DataDraft);
}
public async Task Should_cleanup_references()
{
var id1 = DomainId.NewGuid();
var id2 = DomainId.NewGuid();
var source = BuildTestData(id1, id2);
var content = CreateContent(source);
var expected =
new ContentData()
.AddField("references",
new ContentFieldData()
.AddInvariant(JsonValue.Array(id2)))
.AddField("assets",
new ContentFieldData()
.AddInvariant(JsonValue.Array()))
.AddField("array",
new ContentFieldData()
.AddInvariant(
JsonValue.Array(
JsonValue.Object()
.Add("nested", JsonValue.Array(id2)))));
A.CallTo(() => assetRepository.QueryIdsAsync(appId.Id, A <HashSet <DomainId> > .That.Is(id1, id2), A <CancellationToken> ._))
.Returns(new List <DomainId> {
id2
});
A.CallTo(() => contentRepository.QueryIdsAsync(appId.Id, A <HashSet <DomainId> > .That.Is(id1, id2), SearchScope.All, A <CancellationToken> ._))
.Returns(new List <(DomainId, DomainId, Status)> {
(id2, id2, Status.Published)
});
var ctx = new Context(Mocks.FrontendUser(), Mocks.App(appId));
await sut.EnrichAsync(ctx, Enumerable.Repeat(content, 1), schemaProvider, default);
Assert.Equal(expected, content.Data);
}
public ResolveAssetsTests()
{
requestContext = new Context(Mocks.FrontendUser(), Mocks.App(appId, Language.DE));
var schemaDef =
new Schema(schemaId.Name)
.AddAssets(1, "asset1", Partitioning.Invariant, new AssetsFieldProperties
{
ResolveFirst = true,
MinItems = 2,
MaxItems = 3
})
.AddAssets(2, "asset2", Partitioning.Language, new AssetsFieldProperties
{
ResolveFirst = true,
MinItems = 1,
MaxItems = 1
})
.SetFieldsInLists("asset1", "asset2");
A.CallTo(() => urlGenerator.AssetContent(appId, A <string> ._))
.ReturnsLazily(ctx => $"url/to/{ctx.GetArgument<string>(1)}");
schemaProvider = x =>
{
if (x == schemaId.Id)
{
return(Task.FromResult(Mocks.Schema(appId, schemaId, schemaDef)));
}
else
{
throw new DomainObjectNotFoundException(x.ToString());
}
};
sut = new ResolveAssets(urlGenerator, assetQuery, requestCache);
}
public ResolveAssetsTests()
{
requestContext = new Context(Mocks.FrontendUser(), Mocks.App(appId, Language.DE));
var schemaDef =
new Schema(schemaId.Name)
.AddAssets(1, "asset1", Partitioning.Invariant, new AssetsFieldProperties
{
ResolveImage = true,
MinItems = 2,
MaxItems = 3
})
.AddAssets(2, "asset2", Partitioning.Language, new AssetsFieldProperties
{
ResolveImage = true,
MinItems = 1,
MaxItems = 1
})
.SetFieldsInLists("asset1", "asset2");
A.CallTo(() => assetUrlGenerator.GenerateUrl(A <string> .Ignored))
.ReturnsLazily(new Func <string, string>(id => $"url/to/{id}"));
schemaProvider = x =>
{
if (x == schemaId.Id)
{
return(Task.FromResult(Mocks.Schema(appId, schemaId, schemaDef)));
}
else
{
throw new DomainObjectNotFoundException(x.ToString(), typeof(ISchemaEntity));
}
};
sut = new ResolveAssets(assetUrlGenerator, assetQuery, requestCache);
}
public ContentEnricherAssetsTests()
{
requestContext = new Context(Mocks.FrontendUser(), Mocks.App(appId, Language.DE));
var schemaDef =
new Schema(schemaId.Name)
.AddAssets(1, "asset1", Partitioning.Invariant, new AssetsFieldProperties
{
ResolveImage = true,
MinItems = 2,
MaxItems = 3,
IsListField = true
})
.AddAssets(2, "asset2", Partitioning.Language, new AssetsFieldProperties
{
ResolveImage = true,
MinItems = 1,
MaxItems = 1,
IsListField = true,
});
A.CallTo(() => assetUrlGenerator.GenerateUrl(A <string> .Ignored))
.ReturnsLazily(new Func <string, string>(id => $"url/to/{id}"));
void SetupSchema(NamedId <Guid> id, Schema def)
{
var schemaEntity = Mocks.Schema(appId, id, def);
A.CallTo(() => contentQuery.GetSchemaOrThrowAsync(requestContext, id.Id.ToString()))
.Returns(schemaEntity);
}
SetupSchema(schemaId, schemaDef);
sut = new ContentEnricher(assetQuery, assetUrlGenerator, new Lazy <IContentQueryService>(() => contentQuery), contentWorkflow);
}
public async Task Should_cleanup_references_when_everything_deleted()
{
var id1 = DomainId.NewGuid();
var id2 = DomainId.NewGuid();
var source = BuildTestData(id1, id2);
var content = CreateContent(source);
var expected =
new NamedContentData()
.AddField("references",
new ContentFieldData()
.AddJsonValue(JsonValue.Array()))
.AddField("assets",
new ContentFieldData()
.AddJsonValue(JsonValue.Array()))
.AddField("array",
new ContentFieldData()
.AddJsonValue(
JsonValue.Array(
JsonValue.Object()
.Add("nested", JsonValue.Array()))));
A.CallTo(() => assetRepository.QueryIdsAsync(appId.Id, A <HashSet <DomainId> > .That.Is(id1, id2)))
.Returns(new List <DomainId>());
A.CallTo(() => contentRepository.QueryIdsAsync(appId.Id, A <HashSet <DomainId> > .That.Is(id1, id2), SearchScope.All))
.Returns(new List <(DomainId, DomainId, Status)>());
var ctx = new Context(Mocks.FrontendUser(), Mocks.App(appId));
await sut.EnrichAsync(ctx, Enumerable.Repeat(content, 1), schemaProvider);
Assert.Equal(expected, content.Data);
}
public GraphQLTestBase()
{
app = Mocks.App(appId, Language.DE, Language.GermanGermany);
var schemaDef =
new Schema(schemaId.Name)
.Publish()
.AddNumber(16, "2_numbers", Partitioning.Invariant,
new NumberFieldProperties())
.AddNumber(17, "2-numbers", Partitioning.Invariant,
new NumberFieldProperties())
.AddNumber(18, "content", Partitioning.Invariant,
new NumberFieldProperties())
.AddJson(1, "my-json", Partitioning.Invariant,
new JsonFieldProperties())
.AddString(2, "my-string", Partitioning.Language,
new StringFieldProperties())
.AddString(3, "my-string2", Partitioning.Invariant,
new StringFieldProperties())
.AddString(4, "my-localized", Partitioning.Language,
new StringFieldProperties())
.AddNumber(5, "my-number", Partitioning.Invariant,
new NumberFieldProperties())
.AddNumber(6, "my_number", Partitioning.Invariant,
new NumberFieldProperties())
.AddAssets(7, "my-assets", Partitioning.Invariant,
new AssetsFieldProperties())
.AddBoolean(8, "my-boolean", Partitioning.Invariant,
new BooleanFieldProperties())
.AddDateTime(9, "my-datetime", Partitioning.Invariant,
new DateTimeFieldProperties())
.AddReferences(10, "my-references", Partitioning.Invariant,
new ReferencesFieldProperties {
SchemaId = schemaRefId1.Id
})
.AddReferences(11, "my-union", Partitioning.Invariant,
new ReferencesFieldProperties())
.AddReferences(12, "my-invalid", Partitioning.Invariant,
new ReferencesFieldProperties {
SchemaId = DomainId.NewGuid()
})
.AddGeolocation(13, "my-geolocation", Partitioning.Invariant,
new GeolocationFieldProperties())
.AddTags(14, "my-tags", Partitioning.Invariant,
new TagsFieldProperties())
.AddArray(15, "my-array", Partitioning.Invariant, f => f
.AddBoolean(121, "nested-boolean")
.AddNumber(122, "nested-number")
.AddNumber(123, "nested_number"))
.SetScripts(new SchemaScripts {
Query = "<query-script>"
});
schema = Mocks.Schema(appId, schemaId, schemaDef);
var schemaRef1Def =
new Schema(schemaRefId1.Name)
.Publish()
.AddString(1, "ref1-field", Partitioning.Invariant);
schemaRef1 = Mocks.Schema(appId, schemaRefId1, schemaRef1Def);
var schemaRef2Def =
new Schema(schemaRefId2.Name)
.Publish()
.AddString(1, "ref2-field", Partitioning.Invariant);
schemaRef2 = Mocks.Schema(appId, schemaRefId2, schemaRef2Def);
var schemaInvalidNameDef =
new Schema(schemaInvalidNameId.Name)
.Publish()
.AddString(1, "my-field", Partitioning.Invariant);
schemaInvalidName = Mocks.Schema(appId, schemaInvalidNameId, schemaInvalidNameDef);
requestContext = new Context(Mocks.FrontendUser(), app);
sut = CreateSut();
}
public async Task Should_not_allow_transition_if_data_not_valid()
{
var content = CreateContent(Status.Draft, 4);
var result = await sut.CanMoveToAsync(content, content.Status, Status.Published, Mocks.FrontendUser("Editor"));
Assert.False(result);
}
public async Task Should_allow_transition_if_role_is_allowed()
{
var content = CreateContent(Status.Draft, 2);
var result = await sut.CanMoveToAsync(content, content.Status, Status.Published, Mocks.FrontendUser("Editor"));
Assert.True(result);
}
public async Task Should_check_is_valid_next()
{
var content = CreateContent(Status.Draft, 2);
var result = await sut.CanMoveToAsync(content, content.Status, Status.Published, Mocks.FrontendUser("Editor"));
Assert.True(result);
}
public async Task Should_not_allow_publish_on_create_if_role_not_allowed()
{
var content = CreateContent(Status.Draft, 2);
var result = await sut.CanPublishOnCreateAsync(Mocks.Schema(appId, schemaId), content.Data, Mocks.FrontendUser("Developer"));
Assert.False(result);
}
public async Task Should_not_allow_publish_on_create_if_data_is_invalid()
{
var content = CreateContent(Status.Draft, 4);
var result = await sut.CanPublishOnCreateAsync(Mocks.Schema(appId, schemaId), content.Data, Mocks.FrontendUser("Editor"));
Assert.False(result);
}
public async Task Should_allow_publish_on_create()
{
var content = CreateContent(Status.Draft, 2);
var result = await sut.CanPublishOnCreateAsync(Mocks.Schema(appId, schemaId), content.Data, Mocks.FrontendUser("Editor"));
Assert.True(result);
}