public void OnAction(Action <T> act)
{
using (var dataContext = _dataSourceFactory.Create())
{
act(dataContext);
}
}
public async Task <Property[]> GetPropertiesAsync(BulkActionContext context)
{
var result = new List <Property>();
var propertyIds = new HashSet <string>();
var dataSource = _dataSourceFactory.Create(context);
result.AddRange(GetStandardProperties());
while (await dataSource.FetchAsync())
{
var productIds = dataSource.Items.Select(item => item.Id).ToArray();
var products = await _itemService.GetByIdsAsync(productIds, (ItemResponseGroup.ItemInfo | ItemResponseGroup.ItemProperties).ToString());
// using only product inherited properties from categories,
// own product props (only from PropertyValues) are not set via bulk update action
var newProperties = products.SelectMany(CollectionSelector())
.Distinct(AnonymousComparer.Create <Property, string>(property => property.Id))
.Where(property => !propertyIds.Contains(property.Id)).ToArray();
propertyIds.AddRange(newProperties.Select(property => property.Id));
result.AddRange(newProperties);
}
foreach (var property in result)
{
await FillOwnerName(property);
}
return(result.ToArray());
}
protected override async Task ProcessAsync(ModelConfiguration model, List <RefreshPlan> refreshPlans,
CancellationToken cancellationToken)
{
using (var server = await GetServerAsync())
{
try
{
var database = GetDatabase(server, model.DatabaseName);
await _dataSourceFactory.Create(model.DataSource.Type)
.ProcessAsync(database, model, cancellationToken);
refreshPlans.ForEach(x =>
{
Logger.Info($"Processing table {x.Table}.");
var table = GetTable(database, x.Table);
x.Refresh.Refresh(table);
});
Logger.Info("Saving model changes.");
database.Model.SaveChanges(new SaveOptions {
MaxParallelism = model.MaxParallelism
});
}
finally
{
server.Disconnect();
}
}
}
public override async Task <IViewComponentResult> InvokeAsync(EntityFieldDefinition fieldDefinition, object value)
{
if (value is not IEnumerable <string> typedValue)
{
throw new ArgumentException($"ViewComponent parameter ${value} must be of type {nameof(IEnumerable<string>)}", nameof(value));
}
var metadata = fieldDefinition.Using <CrudAdminEntityFieldFeature>();
if (!metadata.EditorProperties.TryGetValue("DataSource", out var dataSourceDefinition))
{
throw new ArgumentNullException("DataSource");
}
var dataSource = dataSourceFactory.Create(dataSourceDefinition);
var data = await dataSourceReader.ReadFrom(dataSource);
return(View(new MultiSelectFieldEditorViewModel
{
Id = fieldDefinition.Property.Name,
FieldName = fieldDefinition.Property.Name,
Label = fieldDefinition.DisplayName,
Value = typedValue,
Options = data.Select(x => new DropDownOptionViewModel
{
Value = x.Key,
Label = x.Value,
}),
}));
}
public override async Task <IViewComponentResult> InvokeAsync(EntityFieldDefinition fieldDefinition, object value)
{
var metadata = fieldDefinition.Using <CrudAdminEntityFieldFeature>();
if (!metadata.EditorProperties.TryGetValue("DataSource", out var dataSourceDefinition))
{
throw new ArgumentNullException("DataSource");
}
var dataSource = dataSourceFactory.Create(dataSourceDefinition);
var data = await dataSourceReader.ReadFrom(dataSource);
return(View(new DropDownFieldEditorViewModel
{
Id = fieldDefinition.Property.Name,
FieldName = fieldDefinition.Property.Name,
Label = fieldDefinition.DisplayName,
Value = value?.ToString() ?? string.Empty,
Options = data.Select(x => new DropDownOptionViewModel
{
Value = x.Key,
Label = x.Value,
}),
}));
}
public void WhenThePropertyIsConfigurationIndependent_ThenNoDimensionsAreProduced()
{
var properties = PropertiesAvailableStatusFactory.CreateConfigurationDimensionAvailableStatus(includeAllProperties: true);
var parentEntity = IEntityWithIdFactory.Create("ParentKey", "ParentKeyValue");
var configuration = ProjectConfigurationFactory.Create("Alpha|Beta|Gamma", "A|B|C");
var property = IPropertyFactory.Create(
dataSource: IDataSourceFactory.Create(hasConfigurationCondition: false));
var results = ConfigurationDimensionDataProducer.CreateProjectConfigurationDimensions(parentEntity, configuration, property, properties);
Assert.Empty(results);
}
public void WhenThePropertyIsConfigurationDependent_OneEntityIsCreatedPerDimension()
{
var properties = PropertiesAvailableStatusFactory.CreateConfigurationDimensionAvailableStatus(includeAllProperties: true);
var parentEntity = IEntityWithIdFactory.Create("ParentKey", "ParentKeyValue");
var configuration = ProjectConfigurationFactory.Create("Alpha|Beta|Gamma", "A|B|C");
var property = IPropertyFactory.Create(
dataSource: IDataSourceFactory.Create(hasConfigurationCondition: true));
var results = ConfigurationDimensionDataProducer.CreateProjectConfigurationDimensions(parentEntity, configuration, property, 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 {
Name: "Alpha", Value: "A"
});
// Creates a ConfiguredProject with a given ProjectConfiguration, and a method to
// call when a property is set in that configuration.
private static ConfiguredProject CreateConfiguredProject(ProjectConfiguration configuration, Action <string, object?> setValueCallback)
{
return(ConfiguredProjectFactory.Create(
projectConfiguration: configuration,
services: ConfiguredProjectServicesFactory.Create(
IPropertyPagesCatalogProviderFactory.Create(new()
{
{
"Project",
IPropertyPagesCatalogFactory.Create(new Dictionary <string, ProjectSystem.Properties.IRule>()
{
{ "MyPage", IRuleFactory.CreateFromRule(new Rule
{
Name = "MyPage",
Properties = new()
{
new TestProperty
{
Name = "MyProperty",
DataSource = new() { HasConfigurationCondition = true }
},
new TestProperty
{
Name = "MyOtherProperty",
DataSource = new() { HasConfigurationCondition = true }
}
}
},
properties: new[]
{
IPropertyFactory.Create(
"MyProperty",
dataSource: IDataSourceFactory.Create(hasConfigurationCondition: true),
setValue: v => setValueCallback("MyProperty", v)),
IPropertyFactory.Create(
"MyOtherProperty",
dataSource: IDataSourceFactory.Create(hasConfigurationCondition: true),
setValue: v => setValueCallback("MyOtherProperty", v))
}) }
private async Task ProcessRefreshPlanAsync(ModelConfiguration model, RefreshPlan refreshPlan,
CancellationToken cancellationToken)
{
try
{
using (var server = await GetServerAsync())
{
try
{
var database = GetDatabase(server, model.DatabaseName);
await _dataSourceFactory.Create(model.DataSource.Type)
.ProcessAsync(database, model, cancellationToken);
Logger.Info($"Processing table {refreshPlan.Table}.");
var table = GetTable(database, refreshPlan.Table);
refreshPlan.Refresh.Refresh(table);
Logger.Info($"Saving {refreshPlan.Table}.");
database.Model.SaveChanges(new SaveOptions {
MaxParallelism = model.MaxParallelism
});
}
finally
{
server.Disconnect();
}
}
}
catch (Exception e)
{
Logger.Error(e);
throw;
}
}
public async Task WhenDimensionsAreGiven_ThenThePropertyIsOnlySetInTheMatchingConfigurations()
{
var project = UnconfiguredProjectFactory.Create(
fullPath: @"C:\alpha\beta\MyProject.csproj",
configuredProject: ConfiguredProjectFactory.Create(
services: ConfiguredProjectServicesFactory.Create(
IPropertyPagesCatalogProviderFactory.Create(new()
{
{
"Project",
IPropertyPagesCatalogFactory.Create(new Dictionary <string, ProjectSystem.Properties.IRule>()
{
{ "MyPage", IRuleFactory.Create(new Rule
{
Name = "MyPage",
Properties = new()
{
new TestProperty
{
Name = "MyProperty",
DataSource = new() { HasConfigurationCondition = true }
}
}
}) }
})
}
}))));
var projectConfigurations = GetConfigurations();
var affectedConfigs = new List <string>();
var queryCacheProvider = IProjectStateProviderFactory.Create(
IProjectStateFactory.Create(
projectConfigurations,
bindToRule: (config, schemaName, context) => IRuleFactory.Create(
name: "MyPage",
properties: new[]
{
IPropertyFactory.Create(
"MyProperty",
dataSource: IDataSourceFactory.Create(hasConfigurationCondition: true),
setValue: o => affectedConfigs.Add(config.Name))
})));
var targetDimensions = new List <(string dimension, string value)>
{
("Configuration", "Release"),
("Platform", "x86")
};
var coreActionExecutor = new ProjectSetUIPropertyValueActionCore(
queryCacheProvider,
pageName: "MyPage",
propertyName: "MyProperty",
targetDimensions,
prop => prop.SetValueAsync("new value"));
await coreActionExecutor.OnBeforeExecutingBatchAsync(new[] { project });
bool propertyUpdated = await coreActionExecutor.ExecuteAsync(project);
coreActionExecutor.OnAfterExecutingBatch();
Assert.True(propertyUpdated);
Assert.Single(affectedConfigs);
Assert.Contains("Release|x86", affectedConfigs);
}
public async Task WhenNoDimensionsAreGiven_ThenThePropertyIsSetInAllConfigurations()
{
var project = UnconfiguredProjectFactory.Create(
fullPath: @"C:\alpha\beta\MyProject.csproj",
configuredProject: ConfiguredProjectFactory.Create(
services: ConfiguredProjectServicesFactory.Create(
IPropertyPagesCatalogProviderFactory.Create(new()
{
{
"Project",
IPropertyPagesCatalogFactory.Create(new Dictionary <string, ProjectSystem.Properties.IRule>()
{
{ "MyPage", IRuleFactory.Create(new Rule
{
Name = "MyPage",
Properties = new()
{
new TestProperty
{
Name = "MyProperty",
DataSource = new() { HasConfigurationCondition = true }
}
}
}) }
})
}
}))));
var projectConfigurations = GetConfigurations();
var affectedConfigs = new List <string>();
var queryCacheProvider = IProjectStateProviderFactory.Create(
IProjectStateFactory.Create(
projectConfigurations,
bindToRule: (config, schemaName, context) => IRuleFactory.Create(
name: "MyPage",
properties: new[]
{
IPropertyFactory.Create(
"MyProperty",
dataSource: IDataSourceFactory.Create(hasConfigurationCondition: true),
setValue: o => affectedConfigs.Add(config.Name))
})));
var emptyTargetDimensions = Enumerable.Empty <(string dimension, string value)>();
var coreActionExecutor = new ProjectSetUIPropertyValueActionCore(
queryCacheProvider,
pageName: "MyPage",
propertyName: "MyProperty",
emptyTargetDimensions,
prop => prop.SetValueAsync("new value"));
await coreActionExecutor.OnBeforeExecutingBatchAsync(new[] { project });
bool propertyUpdated = await coreActionExecutor.ExecuteAsync(project);
coreActionExecutor.OnAfterExecutingBatch();
Assert.True(propertyUpdated);
Assert.Equal(expected: 4, actual: affectedConfigs.Count);
foreach (var configuration in projectConfigurations)
{
Assert.Contains(configuration.Name, affectedConfigs);
}
}
protected void AddDataSource(string dataId, IDataProvider dataProvider)
{
var dataSource = _dataSourceFactory.Create(GetDataSourceId(Id, dataId), dataProvider, _logger);
_dataSources.Add(dataSource);
}
