public CollectGasTankOperation(
GasTankCollectionHandler owner,
Action onDisposed)
{
_owner = owner;
_onDisposed = onDisposed;
}
public TestContext()
{
MockGasTankManager = new Mock <IGasTankManager>();
MockGasTankManager
.Setup(x => x.Blocks.Count)
.Returns(() => GasTankCount);
MockLogger = new Mock <ILogger>();
MockDockingManagerSettingsProvider = new Mock <IDockingManagerSettingsProvider>();
MockDockingManagerSettingsProvider
.Setup(x => x.Settings)
.Returns(() => new DockingManagerSettings()
{
IgnoreBatteryBlocks = IgnoreOtherBlocks,
IgnoreBeacons = IgnoreOtherBlocks,
IgnoreGasGenerators = IgnoreOtherBlocks,
IgnoreGasTanks = IgnoreGasTanks,
IgnoreGyros = IgnoreOtherBlocks,
IgnoreLandingGears = IgnoreOtherBlocks,
IgnoreLightingBlocks = IgnoreOtherBlocks,
IgnoreRadioAntennae = IgnoreOtherBlocks,
IgnoreReactors = IgnoreOtherBlocks
});
Uut = new GasTankCollectionHandler(
MockGasTankManager.Object,
MockLogger.Object,
MockDockingManagerSettingsProvider.Object);
MockBackgroundWorker = new FakeBackgroundWorker();
}
public Program()
{
var dateTimeProvider = new DateTimeProvider();
var loggerSettingsProvider = new LoggerSettingsProvider();
var managedBlockSettingsProvider = new ManagedBlockSettingsProvider();
var logger = new Logger(
dateTimeProvider,
loggerSettingsProvider);
var managedBlockConfigParseHandlers = new IManagedBlockConfigParseHandler[]
{
managedBlockSettingsProvider
};
var managerSettingsProvider = new ManagerSettingsProvider()
{
DefaultBlockTag = "AutomatedDocking"
};
var batteryBlockManager = new BatteryBlockManager();
var connectorManager = new ConnectorManager();
var functionalBlockManager = new FunctionalBlockManager();
var gasTankManager = new GasTankManager();
var landingGearManager = new LandingGearManager();
var managedBlockConfigManager = new ManagedBlockConfigManager(
logger,
managedBlockConfigParseHandlers,
managerSettingsProvider);
var dockingManagerSettingsProvider = new DockingManagerSettingsProvider();
var batteryBlockCollectionHandler = new BatteryBlockCollectionHandler(
batteryBlockManager,
logger,
dockingManagerSettingsProvider);
var connectorCollectionHandler = new ConnectorCollectionHandler(
connectorManager,
logger);
var functionalBlockCollectionHandler = new FunctionalBlockCollectionHandler(
functionalBlockManager,
logger,
dockingManagerSettingsProvider);
var gasTankCollectionHandler = new GasTankCollectionHandler(
gasTankManager,
logger,
dockingManagerSettingsProvider);
var landingGearCollectionHandler = new LandingGearCollectionHandler(
landingGearManager,
logger,
dockingManagerSettingsProvider);
var managedBlockCollectionHandler = new ManagedBlockCollectionHandler(
managedBlockConfigManager,
managedBlockSettingsProvider,
managerSettingsProvider,
Me);
var backgroundWorkerSettingsProvider = new BackgroundWorkerSettingsProvider();
var blockCollectionHandlers = new IBlockCollectionHandler[]
{
managedBlockCollectionHandler,
batteryBlockCollectionHandler,
connectorCollectionHandler,
functionalBlockCollectionHandler,
gasTankCollectionHandler,
landingGearCollectionHandler
};
var backgroundWorker = new BackgroundWorker(
backgroundWorkerSettingsProvider,
dateTimeProvider,
Runtime);
var blockCollectionManager = new BlockCollectionManager <IMyTerminalBlock>(
blockCollectionHandlers,
GridTerminalSystem);
var programReloadHandler = new ProgramReloadHandler(
backgroundWorker,
blockCollectionManager);
var configParseHandlers = new IConfigParseHandler[]
{
backgroundWorkerSettingsProvider,
loggerSettingsProvider,
managerSettingsProvider,
dockingManagerSettingsProvider,
programReloadHandler
};
var configManager = new ConfigManager(
configParseHandlers,
logger,
Me);
var dockingManager = new DockingManager(
logger,
batteryBlockManager,
connectorManager,
functionalBlockManager,
gasTankManager,
landingGearManager);
var echoProvider = new EchoProvider(Echo);
_programManager = new ProgramManager(
backgroundWorker,
configManager,
dockingManager,
echoProvider,
Runtime,
logger);
_programManager.Run("reload");
}