/// <summary>
/// Create Factories mapped to satisfy the demanded types(and all the intermediate dependencies).
/// Any failures to locate a needed factory will cause an exception.
/// </summary>
/// <param name="factoriesPath">Path to the Factories List file</param>
/// <param name="demandedTypes">A list of types needed for stress test execution</param>
public FactoryPool(string factoriesPath, List <Type> demandedTypes, ConstraintsTable constraintsTable)
{
List <Type> factoryTypes = TypeListReader.ParseTypeList(factoriesPath, typeof(DiscoverableFactory));
List <DiscoverableFactory> factories = InstantiateFactories(factoryTypes);
RegisterFactories(factories, demandedTypes);
constraintsTable.VerifyConstraints(factoryTypes);
}
/// <summary>
/// Initializes the state object against the state Payload.
/// </summary>
/// <param name="stateData"></param>
public void Initialize(IStatePayload stateData)
{
ConvenienceStressStatePayload payload = (ConvenienceStressStatePayload)stateData;
string windowXamlPaths = payload.WindowXamlPaths;
if (!String.IsNullOrEmpty(windowXamlPaths))
{
windowXamls = windowXamlPaths.Split(new char[] { ',' });
}
contentXaml = payload.ContentXamlPath;
constraintsTable = new ConstraintsTable(payload.ConstraintsTablePath);
actionTypes = TypeListReader.ParseTypeList(payload.ActionsPath, typeof(DiscoverableAction));
factoryPool = new FactoryPool(payload.FactoriesPath, DiscoverableInputHelper.GetFactoryInputTypes(actionTypes), constraintsTable);
constraintsTable.VerifyConstraints(actionTypes);
memoryLimit = payload.MemoryLimit;
}