private void RemoveFromMap(DriverModel model)
{
modelMap.Remove(model.rowid);
modelByIdMap.Remove(model.id);
string name = model.driver.name.ToLower();
int count = 0;
if (driverCount.TryGetValue(name, out count))
{
count--;
if (count == 0)
{
driverCount.Remove(name);
driverMap.Remove(name);
}
else
{
driverCount[name] = count;
}
}
driverByTypeMap[name].Remove(model);
string deviceName = model.device.ToLower();
driverByDeviceMap[deviceName].Remove(model);
}
/// <summary>
/// Deploys a driver into the context.
/// </summary>
/// <param name="instance">Instance of the object implementing the informed Driver.</param>
/// <param name="instanceId">Optional instanceId which to call this instance of the driver.</param>
public void DeployDriver(UOSDriver instance, string instanceId = null)
{
UpDriver driver = instance.GetDriver();
if (instanceId == null)
{
instanceId = driver.name + IncDeployedDriversCount();
}
DriverModel model = new DriverModel(instanceId, instance.GetDriver(), this.currentDevice.name);
if (!driverHash.ContainsKey(driver.name))
{
if (instance.GetParent() != null)
{
AddToEquivalenceTree(instance.GetParent());
}
AddToEquivalenceTree(driver);
}
lock (_driverdao_lock) { driverDao.Insert(model); }
instances[model.rowid] = instance;
toInitialize.Add(instanceId);
logger.Log("Deployed Driver : " + model.driver.name + " with id " + instanceId);
}
public void Insert(DriverModel driverModel)
{
AddToEquivalenceTree(driverModel.driver);
lock (_driverdao_lock)
{
driverDao.Insert(driverModel);
}
}
public void Insert(DriverModel model)
{
DriverModel found = Retrieve(model.id, model.device);
if (found != null)
RemoveFromMap(found);
model.rowid = NewId();
InsertOnMap(model);
}
public void Insert(DriverModel model)
{
DriverModel found = Retrieve(model.id, model.device);
if (found != null)
{
RemoveFromMap(found);
}
model.rowid = NewId();
InsertOnMap(model);
}
public UOSDriver GetDriver(string id)
{
DriverModel model = driverDao.Retrieve(id, currentDevice.name);
if (model != null)
{
return(instances[model.rowid]);
}
else
{
return(null);
}
}
public Response HandleServiceCall(Call serviceCall, CallContext messageContext)
{
//Handle named InstanceCall
DriverModel model = null;
if (serviceCall.instanceId != null)
{
//Find DriversInstance
lock (_driverdao_lock) { model = driverDao.Retrieve(serviceCall.instanceId, currentDevice.name); }
if (model == null)
{
logger.LogError("No Instance found with id '" + serviceCall.instanceId + "'");
throw new System.Exception("No Instance found with id '" + serviceCall.instanceId + "'");
}
}
else
{
//Handle non-named InstanceCall
List <DriverModel> list;
lock (_driverdao_lock) { list = driverDao.List(serviceCall.driver, currentDevice.name); }
//Tries to find an equivalent driver...
if ((list == null) || (list.Count == 0))
{
TreeNode driverNode = null;
if (!driverHash.TryGetValue(serviceCall.driver, out driverNode))
{
logger.Log("No instance found for handling driver '" + serviceCall.driver + "'");
throw new System.Exception("No instance found for handling driver '" + serviceCall.driver + "'");
}
list = FindEquivalentDriver(driverNode.children);
if ((list == null) || (list.Count == 0))
{
logger.Log("No instance found for handling driver '" + serviceCall.driver + "'");
throw new System.Exception("No instance found for handling driver '" + serviceCall.driver + "'");
}
}
// Select the first driver found (since no specific instance was informed)
model = list[0];
}
return(gateway.reflectionServiceCaller.CallService(instances[model.rowid], serviceCall, messageContext));
}
private void RegisterRemoteDriverInstances(UpDevice upDevice, IDictionary <string, object> driversListMap, string[] instanceIds)
{
foreach (string id in instanceIds)
{
object instance = driversListMap[id];
if (instance is string)
{
instance = Json.Deserialize(instance as string);
}
UpDriver upDriver = UpDriver.FromJSON(instance);
DriverModel driverModel = new DriverModel(id, upDriver, upDevice.name);
try
{
driverManager.Insert(driverModel);
}
catch (DriverNotFoundException e)
{
unknownDrivers.UnionWith(e.driversNames);
dependents.Add(driverModel);
}
catch (System.Exception)
{
logger.LogError(
"Problems occurred in the registering of driver '" + upDriver.name +
"' with instanceId '" + id + "' in the device '" + upDevice.name +
"' and it will not be registered.");
}
}
if (unknownDrivers.Count > 0)
{
FindDrivers(unknownDrivers, upDevice);
}
}
private void InsertOnMap(DriverModel model)
{
modelMap[model.rowid] = model;
modelByIdMap[model.id] = model;
string name = model.driver.name.ToLower();
if (!driverMap.ContainsKey(name))
{
driverMap[name] = model.driver;
driverCount[name] = 0;
driverByTypeMap[name] = new List <DriverModel>();
}
driverCount[name]++;
driverByTypeMap[name].Add(model);
string deviceName = model.device.ToLower();
if (!driverByDeviceMap.ContainsKey(deviceName))
{
driverByDeviceMap[deviceName] = new List <DriverModel>();
}
driverByDeviceMap[deviceName].Add(model);
}
private void RemoveFromMap(DriverModel model)
{
modelMap.Remove(model.rowid);
modelByIdMap.Remove(model.id);
string name = model.driver.name.ToLower();
int count = 0;
if (driverCount.TryGetValue(name, out count))
{
count--;
if (count == 0)
{
driverCount.Remove(name);
driverMap.Remove(name);
}
else
driverCount[name] = count;
}
driverByTypeMap[name].Remove(model);
string deviceName = model.device.ToLower();
driverByDeviceMap[deviceName].Remove(model);
}
private void InsertOnMap(DriverModel model)
{
modelMap[model.rowid] = model;
modelByIdMap[model.id] = model;
string name = model.driver.name.ToLower();
if (!driverMap.ContainsKey(name))
{
driverMap[name] = model.driver;
driverCount[name] = 0;
driverByTypeMap[name] = new List<DriverModel>();
}
driverCount[name]++;
driverByTypeMap[name].Add(model);
string deviceName = model.device.ToLower();
if (!driverByDeviceMap.ContainsKey(deviceName))
driverByDeviceMap[deviceName] = new List<DriverModel>();
driverByDeviceMap[deviceName].Add(model);
}
public void Delete(string id, string device)
{
DriverModel driver = Retrieve(id, device);
RemoveFromMap(driver);
}
public void Insert(DriverModel driverModel)
{
AddToEquivalenceTree(driverModel.driver);
lock (_driverdao_lock)
{
driverDao.Insert(driverModel);
}
}
/// <summary>
/// Deploys a driver into the context.
/// </summary>
/// <param name="instance">Instance of the object implementing the informed Driver.</param>
/// <param name="instanceId">Optional instanceId which to call this instance of the driver.</param>
public void DeployDriver(UOSDriver instance, string instanceId = null)
{
UpDriver driver = instance.GetDriver();
if (instanceId == null)
instanceId = driver.name + IncDeployedDriversCount();
DriverModel model = new DriverModel(instanceId, instance.GetDriver(), this.currentDevice.name);
if (!driverHash.ContainsKey(driver.name))
{
if (instance.GetParent() != null)
AddToEquivalenceTree(instance.GetParent());
AddToEquivalenceTree(driver);
}
lock (_driverdao_lock) { driverDao.Insert(model); }
instances[model.rowid] = instance;
toInitialize.Add(instanceId);
logger.Log("Deployed Driver : " + model.driver.name + " with id " + instanceId);
}
private void RegisterRemoteDriverInstances(UpDevice upDevice, IDictionary<string, object> driversListMap, string[] instanceIds)
{
foreach (string id in instanceIds)
{
object instance = driversListMap[id];
if (instance is string)
instance = Json.Deserialize(instance as string);
UpDriver upDriver = UpDriver.FromJSON(instance);
DriverModel driverModel = new DriverModel(id, upDriver, upDevice.name);
try
{
driverManager.Insert(driverModel);
}
catch (DriverNotFoundException e)
{
unknownDrivers.UnionWith(e.driversNames);
dependents.Add(driverModel);
}
catch (System.Exception)
{
logger.LogError(
"Problems occurred in the registering of driver '" + upDriver.name +
"' with instanceId '" + id + "' in the device '" + upDevice.name +
"' and it will not be registered.");
}
}
if (unknownDrivers.Count > 0)
FindDrivers(unknownDrivers, upDevice);
}
