public static IEnumerable <Type> LoadAllTypeConfigurators(Assembly assembly, IBenchmarkOutput output = null)
{
using (var loader = AssemblyRuntimeLoader.WrapAssembly(assembly, output))
{
return(LoadAllTypeConfigurators(loader));
}
}
/// <summary>
/// Finds a matching <see cref="IMeasurementConfigurator{T}"/> type for a given type of <see cref="MeasurementAttribute"/>
/// </summary>
/// <param name="measurementType">A type of <see cref="MeasurementAttribute"/></param>
/// <param name="specificAssembly">
/// Optional parameter. If an <see cref="Assembly"/> is provided, we limit our search
/// for <see cref="IMeasurementConfigurator{T}"/> definitions to just that target assembly.
/// </param>
/// <returns>A corresponding <see cref="IMeasurementConfigurator{T}"/> type</returns>
public Type GetConfiguratorTypeForMeasurement(Type measurementType, IAssemblyLoader specificAssembly = null)
{
ValidateTypeIsMeasurementAttribute(measurementType);
// served up the cached version if we already have it
if (_measurementConfiguratorTypes.ContainsKey(measurementType))
{
return(_measurementConfiguratorTypes[measurementType]);
}
using (specificAssembly = specificAssembly ??
AssemblyRuntimeLoader.WrapAssembly(measurementType.GetAssembly(), Output))
{
// search for a match
var match = FindBestMatchingConfiguratorForMeasurement(measurementType,
LoadAllTypeConfigurators(specificAssembly));
// cache the result
_measurementConfiguratorTypes[measurementType] = match;
return(match);
}
}
