public void WhenPropertiesAreRequested_PropertyValuesAreReturned()
{
var properties = PropertiesAvailableStatusFactory.CreateUIPropertyPropertiesAvailableStatus(includeAllProperties: true);
var runtimeModel = IEntityRuntimeModelFactory.Create();
var id = new EntityIdentity(key: "PropertyName", value: "A");
var cache = IPropertyPageQueryCacheFactory.Create();
var property = new TestProperty
{
Name = "A",
DisplayName = "Page A",
Description = "This is the description for Page A",
HelpUrl = "https://mypage",
Category = "general",
DataSource = new DataSource {
HasConfigurationCondition = false
}
};
InitializeFakeRuleForProperty(property);
var result = (UIPropertyValue)UIPropertyDataProducer.CreateUIPropertyValue(runtimeModel, id, cache, property, order: 42, properties);
Assert.Equal(expected: "A", actual: result.Name);
Assert.Equal(expected: "Page A", actual: result.DisplayName);
Assert.Equal(expected: "This is the description for Page A", actual: result.Description);
Assert.True(result.ConfigurationIndependent);
Assert.Equal(expected: "general", actual: result.CategoryName);
Assert.Equal(expected: 42, actual: result.Order);
Assert.Equal(expected: "string", actual: result.Type);
}
public async Task WhenPropertyIsAnIEvaluatedProperty_GetUnevaluatedValueAsyncIsCalled()
{
var properties = PropertiesAvailableStatusFactory.CreateUIPropertyValuePropertiesAvailableStatus(
includeEvaluatedValue: false,
includeUnevaluatedValue: true);
var mockEvaluatedProperty = new Mock <IEvaluatedProperty>();
mockEvaluatedProperty.Setup(m => m.GetUnevaluatedValueAsync()).ReturnsAsync("unevaluated value");
var property = mockEvaluatedProperty.Object;
var entityRuntime = IEntityRuntimeModelFactory.Create();
var id = new EntityIdentity(key: "A", value: "B");
var configuration = ProjectConfigurationFactory.Create(configuration: "Alpha|Beta|Gamma");
var result = (UIPropertyValueValue)await UIPropertyValueDataProducer.CreateUIPropertyValueValueAsync(
entityRuntime,
id,
configuration,
property,
properties);
Assert.Equal(expected: "unevaluated value", actual: result.UnevaluatedValue);
mockEvaluatedProperty.Verify(m => m.GetUnevaluatedValueAsync());
}
public void WhenPropertiesAreRequested_PropertyValuesAreReturned()
{
var properties = PropertiesAvailableStatusFactory.CreateConfigurationDimensionAvailableStatus(includeAllProperties: true);
var entityRuntime = IEntityRuntimeModelFactory.Create();
var dimension = new KeyValuePair <string, string>("AlphaDimension", "AlphaDimensionValue");
var result = (ConfigurationDimensionValue)ConfigurationDimensionDataProducer.CreateProjectConfigurationDimension(entityRuntime, dimension, properties);
Assert.Equal(expected: "AlphaDimension", actual: result.Name);
Assert.Equal(expected: "AlphaDimensionValue", actual: result.Value);
}
public void WhenPropertiesAreNotRequested_PropertyValuesAreNotReturned()
{
var properties = PropertiesAvailableStatusFactory.CreateConfigurationDimensionAvailableStatus();
var entityRuntime = IEntityRuntimeModelFactory.Create();
var dimension = new KeyValuePair <string, string>("AlphaDimension", "AlphaDimensionValue");
var result = (ConfigurationDimensionValue)ConfigurationDimensionDataProducer.CreateProjectConfigurationDimension(entityRuntime, dimension, properties);
Assert.Throws <MissingDataException>(() => result.Name);
Assert.Throws <MissingDataException>(() => result.Value);
}
public void WhenPropertiesAreRequested_PropertyValuesAreReturned()
{
var properties = PropertiesAvailableStatusFactory.CreateSupportedValuesPropertiesAvailableStatus();
var entityRuntime = IEntityRuntimeModelFactory.Create();
var enumValue = IEnumValueFactory.Create(displayName: "Hello", name: "MyValue");
var result = (SupportedValueValue)SupportedValueDataProducer.CreateSupportedValue(entityRuntime, enumValue, properties);
Assert.Equal(expected: "Hello", actual: result.DisplayName);
Assert.Equal(expected: "MyValue", actual: result.Value);
}
public void WhenCreatingEntitiesFromAProjectConfiguration_OneEntityIsCreatedPerDimension()
{
var properties = PropertiesAvailableStatusFactory.CreateConfigurationDimensionAvailableStatus(includeAllProperties: true);
var entityRuntimeModel = IEntityRuntimeModelFactory.Create();
var configuration = ProjectConfigurationFactory.Create("Alpha|Beta|Gamma", "A|B|C");
var results = ConfigurationDimensionDataProducer.CreateProjectConfigurationDimensions(entityRuntimeModel, configuration, properties);
// We can't guarantee an order for the dimensions, so just check that all the expected values are present.
Assert.Contains(results, entity => entity is ConfigurationDimensionValue dimension && dimension.Name == "Alpha" && dimension.Value == "A");
Assert.Contains(results, entity => entity is ConfigurationDimensionValue dimension && dimension.Name == "Beta" && dimension.Value == "B");
Assert.Contains(results, entity => entity is ConfigurationDimensionValue dimension && dimension.Name == "Gamma" && dimension.Value == "C");
}
public static IQueryExecutionContext Create(IEntityRuntimeModel?runtimeModel = null)
{
var mock = new Mock <IQueryExecutionContext>();
if (runtimeModel is null)
{
runtimeModel = IEntityRuntimeModelFactory.Create();
}
mock.SetupGet(m => m.EntityRuntime).Returns(runtimeModel);
return(mock.Object);
}
public void WhenThePropertyIsConfigurationIndependent_ThenNoDimensionsAreProduced()
{
var properties = PropertiesAvailableStatusFactory.CreateConfigurationDimensionAvailableStatus(includeAllProperties: true);
var entityRuntimeModel = IEntityRuntimeModelFactory.Create();
var configuration = ProjectConfigurationFactory.Create("Alpha|Beta|Gamma", "A|B|C");
var property = IPropertyFactory.Create(
dataSource: IDataSourceFactory.Create(hasConfigurationCondition: false));
var results = ConfigurationDimensionDataProducer.CreateProjectConfigurationDimensions(entityRuntimeModel, configuration, property, properties);
Assert.Empty(results);
}
public void WhenPropertiesAreRequested_PropertyValuesAreReturned()
{
var properties = PropertiesAvailableStatusFactory.CreateUIPropertyEditorPropertiesAvailableStatus(includeName: true);
var entityRuntime = IEntityRuntimeModelFactory.Create();
var id = new EntityIdentity(key: "EditorKey", value: "bbb");
var editor = new ValueEditor {
EditorType = "My.Editor.Type"
};
var result = (UIPropertyEditorValue)UIPropertyEditorDataProducer.CreateEditorValue(entityRuntime, id, editor, properties);
Assert.Equal(expected: "My.Editor.Type", actual: result.Name);
}
public void WhenAnEditorValueIsCreated_TheEditorIsTheProviderState()
{
var properties = PropertiesAvailableStatusFactory.CreateUIPropertyEditorPropertiesAvailableStatus(includeName: true);
var entityRuntime = IEntityRuntimeModelFactory.Create();
var id = new EntityIdentity(key: "EditorKey", value: "bbb");
var editor = new ValueEditor {
EditorType = "My.Editor.Type"
};
var result = (UIPropertyEditorValue)UIPropertyEditorDataProducer.CreateEditorValue(entityRuntime, id, editor, properties);
Assert.Equal(expected: editor, actual: ((IEntityValueFromProvider)result).ProviderState);
}
public void WhenPropertiesAreNotRequested_PropertyValuesAreNotReturned()
{
var properties = PropertiesAvailableStatusFactory.CreateUIEditorMetadataAvailableStatus(includeAllProperties: false);
var entityRuntime = IEntityRuntimeModelFactory.Create();
var metadata = new NameValuePair {
Name = "Alpha", Value = "AlphaValue"
};
var result = (UIEditorMetadataValue)UIEditorMetadataProducer.CreateMetadataValue(entityRuntime, metadata, properties);
Assert.Throws <MissingDataException>(() => result.Name);
Assert.Throws <MissingDataException>(() => result.Value);
}
public void WhenCreatingAModel_ProviderStateConsistsOfCacheAndRule()
{
var properties = PropertiesAvailableStatusFactory.CreatePropertyPagePropertiesAvailableStatus();
var propertyPage = (IEntityValueFromProvider)PropertyPageDataProducer.CreatePropertyPageValue(
IEntityRuntimeModelFactory.Create(),
new EntityIdentity(key: "A", value: "B"),
IPropertyPageQueryCacheFactory.Create(),
new Rule {
Name = "MyRule", DisplayName = "My Rule Display Name", Order = 42, PageTemplate = "generic"
},
properties);
Assert.IsType <(IPropertyPageQueryCache, Rule)>(propertyPage.ProviderState);
}
public void WhenCategoryValueCreated_TheCategoryIsTheProviderState()
{
var properties = PropertiesAvailableStatusFactory.CreateCategoryPropertiesAvailableStatus(includeAllProperties: true);
var entityRuntime = IEntityRuntimeModelFactory.Create();
var id = new EntityIdentity(key: "A", value: "B");
var category = new Category {
DisplayName = "CategoryDisplayName", Name = "CategoryName"
};
var order = 42;
var result = (CategoryValue)CategoryDataProducer.CreateCategoryValue(entityRuntime, id, category, order, properties);
Assert.Equal(expected: category, actual: ((IEntityValueFromProvider)result).ProviderState);
}
public void WhenPropertiesAreRequested_PropertyValuesAreReturned()
{
var properties = PropertiesAvailableStatusFactory.CreateUIEditorMetadataAvailableStatus(
includeName: true,
includeValue: true);
var entityRuntime = IEntityRuntimeModelFactory.Create();
var metadata = new NameValuePair {
Name = "Alpha", Value = "AlphaValue"
};
var result = (UIEditorMetadataValue)UIEditorMetadataProducer.CreateMetadataValue(entityRuntime, metadata, properties);
Assert.Equal(expected: "Alpha", actual: result.Name);
Assert.Equal(expected: "AlphaValue", actual: result.Value);
}
public void WhenPropertiesAreRequested_PropertyValuesAreReturned()
{
var properties = PropertiesAvailableStatusFactory.CreateCategoryPropertiesAvailableStatus(includeAllProperties: true);
var entityRuntime = IEntityRuntimeModelFactory.Create();
var id = new EntityIdentity(key: "A", value: "B");
var category = new Category {
DisplayName = "CategoryDisplayName", Name = "CategoryName"
};
var order = 42;
var result = (CategoryValue)CategoryDataProducer.CreateCategoryValue(entityRuntime, id, category, order, properties);
Assert.Equal(expected: "CategoryDisplayName", actual: result.DisplayName);
Assert.Equal(expected: "CategoryName", actual: result.Name);
Assert.Equal(expected: 42, actual: result.Order);
}
public void WhenPropertyValuesAreRequested_PropertyValuesAreReturned()
{
var properties = PropertiesAvailableStatusFactory.CreatePropertyPagePropertiesAvailableStatus();
var propertyPage = (PropertyPageValue)PropertyPageDataProducer.CreatePropertyPageValue(
IEntityRuntimeModelFactory.Create(),
new EntityIdentity(key: "A", value: "B"),
IPropertyPageQueryCacheFactory.Create(),
new Rule {
Name = "MyRule", DisplayName = "My Rule Display Name", Order = 42, PageTemplate = "generic"
},
properties);
Assert.Equal(expected: "MyRule", actual: propertyPage.Name);
Assert.Equal(expected: "My Rule Display Name", actual: propertyPage.DisplayName);
Assert.Equal(expected: 42, actual: propertyPage.Order);
Assert.Equal(expected: "generic", actual: propertyPage.Kind);
}
public async Task WhenCreatingValuesFromAnIProperty_WeGetOneValuePerIEnumValue()
{
var properties = PropertiesAvailableStatusFactory.CreateSupportedValuesPropertiesAvailableStatus();
var entityRuntime = IEntityRuntimeModelFactory.Create();
var iproperty = IPropertyFactory.CreateEnum(new[]
{
IEnumValueFactory.Create(displayName: "Alpha", name: "a"),
IEnumValueFactory.Create(displayName: "Beta", name: "b"),
IEnumValueFactory.Create(displayName: "Gamma", name: "c")
});
var result = await SupportedValueDataProducer.CreateSupportedValuesAsync(entityRuntime, iproperty, properties);
Assert.Collection(result, new Action <IEntityValue>[]
{
entity => assertEqual(entity, expectedDisplayName: "Alpha", expectedValue: "a"),
entity => assertEqual(entity, expectedDisplayName: "Beta", expectedValue: "b"),
entity => assertEqual(entity, expectedDisplayName: "Gamma", expectedValue: "c")
});
public void WhenTheEntityIsCreated_TheProviderStateIsTheExpectedType()
{
var properties = PropertiesAvailableStatusFactory.CreateUIPropertyPropertiesAvailableStatus();
var runtimeModel = IEntityRuntimeModelFactory.Create();
var id = new EntityIdentity(key: "PropertyName", value: "A");
var cache = IPropertyPageQueryCacheFactory.Create();
var property = new TestProperty
{
Name = "A"
};
var rule = new Rule();
rule.BeginInit();
rule.Properties.Add(property);
rule.EndInit();
var result = (UIPropertyValue)UIPropertyDataProducer.CreateUIPropertyValue(runtimeModel, id, cache, property, order: 42, properties);
Assert.IsType <PropertyProviderState>(((IEntityValueFromProvider)result).ProviderState);
}
public async Task WhenThePropertyIsAnIIntProperty_ThenTheEvaluatedValueIsAnInt()
{
var properties = PropertiesAvailableStatusFactory.CreateUIPropertyValuePropertiesAvailableStatus(includeEvaluatedValue: true);
var mockIntProperty = new Mock <IIntProperty>();
mockIntProperty.Setup(m => m.GetValueAsIntAsync()).ReturnsAsync(42);
var property = mockIntProperty.Object;
var entityRuntime = IEntityRuntimeModelFactory.Create();
var id = new EntityIdentity(key: "A", value: "B");
var configuration = ProjectConfigurationFactory.Create(configuration: "Alpha|Beta|Gamma");
var result = (UIPropertyValueValue)await UIPropertyValueDataProducer.CreateUIPropertyValueValueAsync(
entityRuntime,
id,
configuration,
property,
properties);
Assert.Equal(expected: 42, actual: result.EvaluatedValue);
}
public void WhenCreatingMetadataFromAnEditor_AllMetadataIsReturned()
{
var properties = PropertiesAvailableStatusFactory.CreateUIEditorMetadataAvailableStatus(
includeName: true,
includeValue: true);
var entityRuntime = IEntityRuntimeModelFactory.Create();
var editor = new ValueEditor
{
Metadata =
{
new() { Name = "Alpha", Value = "A" },
new() { Name = "Beta", Value = "B" }
}
};
var results = UIEditorMetadataProducer.CreateMetadataValues(
entityRuntime,
editor,
properties);
Assert.Contains(results, entity => entity is UIEditorMetadataValue metadata && metadata.Name == "Alpha" && metadata.Value == "A");
Assert.Contains(results, entity => entity is UIEditorMetadataValue metadata && metadata.Name == "Beta" && metadata.Value == "B");
}
