public void EqualsBusinessTest2()
{
double weigth = 0F; // TODO: Initialize to an appropriate value
WiFiSensor assumption = new WiFiSensor(getNetworks(0, 50, 5), weigth, null); // TODO: Initialize to an appropriate value
WiFiSensor target = new WiFiSensor(getNetworks(2, 50, 5), weigth, null);
Assert.IsFalse(assumption.EqualsBusiness(target));
}
public void EqualsBusinessTest()
{
var networks = getNetworks(0, 50, 5); // TODO: Initialize to an appropriate value
double weigth = 0F; // TODO: Initialize to an appropriate value
WiFiSensor assumption = new WiFiSensor(networks, weigth,null); // TODO: Initialize to an appropriate value
WiFiSensor target = new WiFiSensor(networks, weigth, null);
Assert.IsTrue(assumption.EqualsBusiness(target));
}
public void GetDistanceTest1()
{
var networks = getNetworks(0, 50, 5);
double weigth = 4F;
WiFiSensor target = new WiFiSensor(networks, weigth, null);
WiFiSensor target2 = new WiFiSensor(networks, weigth, null);
double actual = target.GetDistance(target2);
double aspected = 1F;
Assert.AreEqual(aspected, actual);
}
public IList<WiFiSensor> GetAllWiFiSensorData()
{
IList<WiFiSensor> sensors = new List<WiFiSensor>();
try
{
using (var wifiApi = new JimbeWiFi(_version))
{
logger.Debug("Getting wlan interfaces list");
var interfaceslist = wifiApi.WiFiEnumInterfaces();
foreach (WifiInterface wifiInterface in interfaceslist)
{
var wiFiSensor = new WiFiSensor()
{
Weigth = NotConnectedWeigth,
HistorySize = 10
};
logger.Debug("Getting wlan networks list from interface ", wifiInterface.InterfaceGuid, " ", wifiInterface.Description);
try
{
var networkslist = wifiApi.WiFiGetAvailableNetworkList(wifiInterface);
var wiFiNetworkSet = new WiFiNetworkSet()
{
Sensor = wiFiSensor
};
IList<WiFiNetwork> networks =
(from net in networkslist select new WiFiNetwork(net.Ssid, net.SignalQuality,wiFiNetworkSet)).ToList();
wiFiNetworkSet.Networks=networks;
wiFiSensor.Datasets.Add(wiFiNetworkSet);
sensors.Add(wiFiSensor);
} catch (WifiException we)
{
logger.Error("Error in getting networks from wlan Interface: ", wifiInterface.InterfaceGuid," ", wifiInterface.Description," ", we.Message);
}
}
}
}catch( WifiToManyHandleException we)
{
logger.Error(we.Message);
} catch(WifiException we)
{
logger.Error(we.Message);
}
return sensors;
}
public void WiFiSensorConstructorTest()
{
var networks = getNetworks(0, 50, 5); // TODO: Initialize to an appropriate value
double weigth = 1F; // TODO: Initialize to an appropriate value
WiFiSensor target = new WiFiSensor(networks, weigth, null);
Assert.IsNotNull(target);
}
public void WeigthTest()
{
double weigth = 5F;
WiFiSensor target = new WiFiSensor(null, weigth, null);
double actual;
actual = target.Weigth;
Assert.AreEqual(weigth, actual);
}
public void UpdateSensorDatasetTest()
{
var networks = getNetworks(0, 60, 10);
double weigth = 4F;
int aspected = networks.Count;
WiFiSensor target = new WiFiSensor(networks, weigth, null);
var networks2 = getNetworks(5, 80, 10);
WiFiSensor second = new WiFiSensor(networks2, weigth, null);
target.UpdateSensorDataset(second);
int targetcount = target.Datasets.Count;
aspected += networks2.Count;
Assert.AreEqual(aspected, targetcount);
}